MURA-F | Snowdon, S.C. | A Proposal for advanced studies in particle accelerators |

MURA-E | Rowe, E.M. | Status of the MURA 200-MeV electron - positron storage ring |

MURA-D | Rowe, E.M. | Design of a 200-MeV electron - positron storage ring |

MURA-C | Cole, F.T. | A Guide to particle accelerators |

MURA-B-9 | Curtis, C.D. | Injector for the MURA 50-MeV electron accelerator. 9. |

MURA-B-8 | Owen, C.W. | Vacuum system for the MURA 50-MeV electron accelerator. 8. |

MURA-B-7 | Mulady, J.R. | Equipment and procedures used in magnetic field measurements on the MURA 50-MeV electron accelerator |

MURA-B-6 | Pruett, C.H. | Magnetic guide field measurements and corrections in the MURA 50-MeV electron accelerator. 6. |

MURA-B-5 | Parzen, G. | Tolerances and effects of field perturbations for the MURA 50-MeV electron accelerator. 5. |

MURA-B-4 | Berndt, Martin M. | Main magnet power supplies of the MURA 50-MeV electron accelerator. 4. |

MURA-B-3 | Haxby, R.O. | Design and construction of the magnets and magnet support structure for the MURA 50-MeV electron acc |

MURA-B-2 | Cole, F.T. | MURA 50-MeV electron accelerator: Design study and choice of operating point. 2. |

MURA-B-15 | Lee, G.M. | Beam measurement probes for the MURA 50-MeV electron accelerator. 15. |

MURA-B-14 | Peterson, F.L. | Control and protection systems for the MURA 50-MeV electron accelerator. 14. |

MURA-B-13 | Rowe, E.M. | Radio-frequency acceleration system for the MURA 50-MeV electron accelerator: Design and constructio |

MURA-B-12-SCL-S | Peterson, F.L. | Betatron acceleration in the MURA 50-MeV electron accelerator. 12. |

MURA-B-11 | Symon, K.R. | Radio-frequency acceleration system for the MURA 50-MeV electron accelerator: Theoretical considerat |

MURA-B-10 | Mills, F.E. | Multiturn injection techniques in the MURA 50-MeV electron accelerator. 10. |

MURA-B-1 | Cole, F.T. | MURA 50-MeV Electron Accelerator-General Description and Review |

MURA-A | 1959 MURA summer study reports on design and utilization of high-energy accelerators | |

MURA-725 | Lyon, D.E., Jr. | Design of ionization spectrometers using iron scintillators for the detection of hadrons in the 100 |

MURA-724 | Buer, H.H. | Address labeling program - MU LABL: 1401 SPS program X71 |

MURA-723 | Owen, C.W. | RF perturbation measurements in long linac cavities |

MURA-722 | Baumann, C.A. | Bubble chamber research with the MURA model heavy liquid chamber |

MURA-719 | Chien, C.S. | Analytical calculation of FFAG oeprating points and orbits |

MURA-718 | Dayton, B. | A search for massive particles in cosmic rays |

MURA-717 | Dory, R.A. | Write up of MURA 704 program F51: Particle space charge program |

MURA-716 | Bush, G.E. | High speed digital dynamic field measuring system |

MURA-714 | Proceedings of the Conference on Proton Linear Accelerators Madison, Wisconsin | |

MURA-713 | Austin, B. | The design of proton linear accelerators for energies up to 200 MeV |

MURA-712 | Meads, Philip F., Jr. | The numerical design of a resonant extraction system for the MURA 50-MeV electron accelerator |

MURA-711 | Lee, G.M. | Preliminary design development of a vacuum chamber for the Argonne LGS |

MURA-710 | Edwards, Terry W. | Read data cards - MURCD2 -MURCD3: 704 FORTRAN subroutines, coded in FAP |

MURA-709 | del Castillo, G. | A low field superconducting FFAG model magnet |

MURA-708 | Kreiegler, F.J. | Magnetic field calculations suitable for a heavy liquid bubble chamber magnet |

MURA-707 | Curtis, C.D. | Preaccelerator column design |

MURA-706 | Snowdon, S.C. | Algorithms for relaxation calculation of FFAG magnetostatic fields |

MURA-704 | Meads, Philip F.Jr. | Floating point Runge-Kutta, MU RKY7 |

MURA-702 | Edwards, Terry W. | Divide by zero locater - MU DIVZR: 704 SAP subroutine |

MURA-701 | Rowe, E.M. | On the suitability of the 500-MeV FFAG synchrotron as an injector for the AGS and LGS |

MURA-700 | Snowdon, S.C. | Study of a 500-MeV high intensity injector |

MURA-698 | Galonsky, A. | Neutrino fluxes without focusing and with 'ideal' focusing |

MURA-679 | Morton, P.L. | Particle dynamics in linear accelerators |

MURA-674 | Scott, Donald | A METHOD OF RADIOFREQUENCY INFLECTION INTO A PARTICLE ACCELERATOR |

MURA-673 | Parzen, George | Effects of field perturbations in FFAG accelerators |

MURA-669 | Edwards, Terry W. | Explicit solution of the general cubic equation - MU CUBIC: 704 FORTRAN subroutine |

MURA-667 | Parzen, George | Perturbation theory for accelerators with a general magnetic field. 2. |

MURA-666 | Shoultz, Werner William | Resonant beam extraction in fixed field alternating gradient accelerators |

MURA-661 | Wong, W.N. | On the stability of orbits in a spiral magnetic field |

MURA-660 | Edwards, Terry W. | MEMORY DUMP / SAVE subroutines - MU SAVE: 704 FORTRAN subroutines coded in FAP |

MURA-654 | Dory, R.A. | Nonlinear azimuthal space charge effects in particle accelerators |

MURA-649 | Morin, Dornis C., Jr. | Transverse space charge effects in particle accelerators |

MURA-648 | Ellis, M.E. | TABLES OF RELATIVISTIC AND MAGNETIC PARAMETERS |

MURA-645 | Swenson, D.A. | Computer program for beam transport problems |

MURA-644 | Bjerke, C. | The Excitation of a circular cylindrical cavity by a circular waveguide |

MURA-642 | Edwards, Terry W. | MESSYMESH (program F46) |

MURA-637 | Van Bladel, J. | The Excitation of a resonant cavity by waveguides of small cross-sectional dimensions |

MURA-636 | Bush, George | COILFINDER |

MURA-635 | Anderson, Jess | The PARMESH dynamics program III |

MURA-634 | Parzen, George | Perturbation theory for accelerators with a general magnetic field |

MURA-633 | Van Bladel, J. | Some remarks on force free coils |

MURA-632 | Storm, M.R. | SPS1 disassembler, MU DSMB: IBM 1401 program |

MURA-631 | Dory, R.A. | 704 SAP program |

MURA-630 | Anderson, Jess | The Parmesh dynamics program |

MURA-629 | Anderson, Jess | The Parmesh dynamics program |

MURA-628 | Dory, R.A. | 80 Column card lister, X10: 1401 SPS program |

MURA-627 | Dory, R.A. | BSS loader with FORTRAN feature, BFF loader: 704 SAP program |

MURA-626 | Bjerke, C.C. | Row binary card dump, MU RBCD: 1401 program |

MURA-625 | Storm, M.R. | Sequential numeric card sort, MU SRT2: 1401 program |

MURA-624 | Storm, M.R. | BCD cards to tape program, MU CTH1: 1401 program |

MURA-623 | Van Bladel, J. | The Effect of curvature on the fields in a circular accelerator |

MURA-622 | Edwards, Terry W. | Proton linear accelerator cavity calculations |

MURA-621 | Carlson, H.L. | SHARE abstract listing routine, MU X1: 1401 program |

MURA-620 | Bjerke, C.C. | Sort by column and character, MU SRTC: 1401 program |

MURA-619 | Van Bladel, J. | Screening with current sheets |

MURA-618 | Peekna, Andres | Experimental stress analysis of a circular bubble chamber window with a beveled mounting |

MURA-617 | Westlund, G.A. | UNICYL (program F47) |

MURA-616 | Storm, M.R. | Column binary cards - to - tape MU CTB1 - 1401 program |

MURA-612 | Wong, W.N. | Effects of radial straight sections from a general point of view |

MURA-611 | Wong, W.N. | Time modes of a coasting beam in a simple perturbation approach |

MURA-606 | Boilen, J.B. | The Effect of nearby buckets on bucket area in RF acceleration |

MURA-604 | Chapman, Elizabeth Z. | FLEXIBLE FIVER (program 280) |

MURA-603 | Carlson, H.L. | FORTRAN Fourier analysis routine, MU FAN1: 704 FORTRAN program |

MURA-602 | Snowdon, S.C. | Relaxation calculation of magnetic fields produced by distributed currents in presence of iron with |

MURA-601 | Westlund, G.A. | Off-line plotter, MU PLOT - 704 FORTRAN program |

MURA-600 | Westlund, G.A. | Read data tape, MU RDT1 - 704 FORTRAN program |

MURA-598 | Dickman, Donald | 704 off-line sub - routines |

MURA-597 | Dickman, Donald | One13 (program 312) |

MURA-596 | Sessler, A.M. | Theoretical remarks concerning the 3 sigma(x) + 2 sigma(y) = 2 pi resonance in spiral sector acceler |

MURA-595 | Lassettre, C.A. | Computational studies of coupling resonances in spirally ridged accelerators |

MURA-594 | Denman, Harry H. | Convergence rate of the nine point extrapolated Liebmann algorithm |

MURA-593 | Blosser, Henry G. | Performance estimates for injector cyclotrons |

MURA-592 | Parzen, G. | A proposal for the study of long-time stability |

MURA-591 | Snowdon, S.C. | Relaxation calculation of integral scaling magnetic fields produced by distributed currents |

MURA-590 | Jones, Lawrence W. | A Neutrino beam design |

MURA-589 | Gordon, M.M. | Linear oscillations about off center, fixed point orbits |

MURA-588 | Dickman, D. | COSPLASH (program 308) |

MURA-587 | Storm, M.R. | FOURIER-SUM (program F43) |

MURA-586 | Cristal, Bud | Modified Bessel functions of the first kind, order zero |

MURA-584 | Good, M.L. | Electromagnetic separation of secondary beams at the MURA accelerator |

MURA-583 | Snowdon, S.C. | Integral scaling magnetic field using distributed windings |

MURA-582 | Westlund, G.A. | FRANCIS (program F27) |

MURA-581 | Westlund, G.A. | MISHMASH (program F23) and DATA CHECK (program F28) |

MURA-580 | Westlund, G.A. | Positive random integer generator |

MURA-578 | Dory, Robert A. | Constant area RF buckets in the IBM 704 programme TTT |

MURA-576 | Richter, Burton | Proposed radiofrequency separator |

MURA-575 | Bronca, G. | Acceleration across transition energy |

MURA-574 | Rosen, Simon Peter | On The Neutrinos emitted in beta decay and mu capture |

MURA-573 | Westlund, G.A. | Floating point exponential, MU EXP3: 704 FORTRAN program |

MURA-571 | Westlund, G.A. | XMASH (program F16) |

MURA-569 | Akeley, Edward S. | The Production by surface currents of magnetic fields suitable for spiral ridge accelerators |

MURA-568 | Christian, R.S. | Alternative formulations of magnetostatic problems |

MURA-567 | Laslett, L.Jackson | Schwarz-Christoffel transformations pertaining to magnet edges or peelers |

MURA-566 | McNall, John F. | CURSES (foiled again), (program 287) |

MURA-565 | Westlund, G.A. | LOAD BUTTON sequences (MU LBS1, MULBS2, MULBS3): 704 FORTRAN II programs |

MURA-564 | Westlund, G.A. | Floating point factorial, MU FACT: 704 FORTRAN II program |

MURA-563 | Rosen, Simon Peter | Some notes on the kinematics of high-energy nucleon - nucleon collisions |

MURA-562 | Westlund, G.A. | Sense switch one interrupter - MU SAVE: 704 FORTRAN program |

MURA-561 | Laslett, L.J. | Computational results pertaining to use of a time dependent magnetic field perturbation to implement |

MURA-560 | Bronca, G. | Adiabatic behavior near transition energy |

MURA-559 | Kerst, D.W. | Electron model of a spiral sector accelerator |

MURA-558 | Bronca, G. | On Robinson's multiple frequency accelerator |

MURA-557 | Storm, M.R. | MU CAD1, complex addition subroutine: Fortran II program |

MURA-556 | Wong, W.N. | On Sturrock's perturbation theory |

MURA-555 | Wong, W.N. | Electromagnetic fields in a donut space |

MURA-554 | Symon, K.R. | High-energy neutrino experiments with a high intensity FFAG accelerator |

MURA-553 | Snowdon, S.C. | Magnetic field calculations using distributed currents |

MURA-552 | McNall, J.F. | CURSES (foiled again), program 283 |

MURA-551 | Westlund, G.A. | PSEUDONYMER, MU SYM1: 704 program |

MURA-550 | Westlund, G.A. | Floating point sin cosine, MU SIN4: 704 FORTRAN II or SAP program |

MURA-549 | Nielsen, C.E. | Longitudinal instabilities in intense relativistic beams |

MURA-548 | Jones, Lawrence W. | Comparison of experimental results with the theory of radio frequency acceleration processes in FFAG |

MURA-547 | Meier, H. | Analytical and computational studies on the interaction of a sum and a difference resonance |

MURA-546 | Laslett, L.J. | Computational results pertaining to use of a time dependent magnetic field perturbation to implement |

MURA-545 | Cole, F.T. | Typical designs of high-energy FFAG accelerators |

MURA-544 | Cole, F.T. | Radial straight sections in spiral sector FFAG accelerators |

MURA-543 | The MURA two way electron accelerator | |

MURA-542 | Haxby, R.O. | Experience with a spiral sector FFAG electron accelerator |

MURA-541 | Jones, Lawrence W. | Beam extraction from FFAG synchrotrons |

MURA-540 | Jones, Lawrence W. | Experimental utilization of colliding beams |

MURA-539 | Snowdon, S.C. | Current sources for scaling magnetic fields (II) |

MURA-538 | Van Bladel, J. | Fields excited by beam currents in circular accelerators |

MURA-537 | Jones, Lawrence W. | Magnetogravitational effects in particle accelerators |

MURA-536 | Westlund, G.A. | READ DATA CARDS, MU RCD2: 704 SAP or FORTRAN program |

MURA-535 | Snowdon, S.C. | Current sources for scaling magnetic fields |

MURA-534 | Westlund, G.A. | HALFDUCK (program F12) |

MURA-533 | Westlund, G.A. | Universal Dump: 704 program |

MURA-532- | Westlund, G.A. | Floating point Runge-Kutta, MU RKY6: 704 SAP program |

MURA-531 | Curtis, C.D. | Use of an electrolytic tank |

MURA-530 | Smith, Willy | Energy and angular distribution of the particles resulting from the collision of a 15-BeV proton wit |

MURA-529 | Mills, Frederick E. | Report on a visit to Physikalisches Staatinstitut, Hamburg |

MURA-528 | Chapman, Elizabeth Z. | GRINDERS (program 264) |

MURA-527 | Chapman, Elizabeth Z. | SPIRIT (program 245) |

MURA-526 | Westlund, G.A. | SQUAVER IV (program 265) |

MURA-525 | Storm, M.R. | SQUAVER III (program 254) |

MURA-524 | Westlund, G.A. | Runge-Kutta and print, MU RKP1: 704 FORTRAN II program |

MURA-523 | Westlund, G.A. | Floating point natural logarithm, MU LOG5: 704 FORTRAN II or SAP program |

MURA-522 | Westlund, G.A. | Variable column floating decimal print, MU PFD3: 704 SAP program |

MURA-521 | Westlund, G.A. | Variable column integer or fraction print, MU PIF3: 704 SAP program |

MURA-520 | Westlund, G.A. | Printer Paper Plotter, MU PPP5: 704 FORTRAN program |

MURA-519 | Haxby, R.O. | Report on visits to the Center for Nuclear Studies, Saclay, France |

MURA-518 | Cole, F.T. | Report on a visit to Harwell, England |

MURA-517 | Haxby, R.O. | Report on a visit to University College, London |

MURA-516 | Cole, F.T. | International conference on high-energy accelerators and instrumentation at CERN |

MURA-515 | Laslett, L.Jackson | Concerning the nu/N ---> 1/3 resonance, VI: Phase plots and fixed points obtained computationally fo |

MURA-514 | Dory, R.A. | Effects of radial straight sections on the betatron oscillation frequencies in a spiral sector FFAG |

MURA-513 | Parzen, G. | Beat factors for an accelerator with a general magnetic field |

MURA-512 | Stump, Robert | Ferrite cavity model |

MURA-511 | Stump, Robert | Operating characteristics of the RF system for the Wisconsin model |

MURA-510 | Stump, Robert | The Displacement RF system of the Wisconsin model |

MURA-509 | Stump, Robert | Use of pickup electrode in Wisconsin model |

MURA-508 | Westlund, G.A. | Equations of motion SUBROUTINE - EQUAM, 704 FORTRAN program |

MURA-507 | Smith, Willy | Estimate of radiation levels for the MURA 50-MeV electron accelerator |

MURA-506 | Lichtenberg, Don B. | Remarks on elementary particles and their interactions |

MURA-505 | Storm, M.R. | Roots of a polynomial (program 259) |

MURA-503 | Mullin, C.J. | Beam lifetime in the MURA electron FFAG accelerator |

MURA-501 | Kehoe, Brandt | SQUAVER II (program 246) |

MURA-499 | Lichtenberg, Don B. | Background in the neighborhood of a colliding beam region |

MURA-498 | Parzen, George | Theory of the fixed frequency cyclotron |

MURA-497 | Laslett, L.Jackson | Concerning the nu/N ---> 1/3 resonance, V: Analysis of the equation d**2 v/ds**2 + (2 nu/N)**2 v - b |

MURA-496 | Yavin, Avivi I. | On the Advisability of injection from a cyclotron |

MURA-495 | Cole, F.T. | Preliminary analytic work on nonscaling spiral sector FFAG accelerators |

MURA-494 | Symon, K.R. | Estimated parameters, performance and cost of colliding beam devices |

MURA-492 | Christofilos, N. | Acceleration across the transition energy without increase in amplitude of synchrotron oscillations |

MURA-491 | Lilliequist, C.G. | Deviations from adiabatic behavior during capture of particles into an RF bucket |

MURA-490 | Laslett, L.Jackson | Concerning the nu/N ---> 1/3 resonance, IV: A Trial function for the limiting amplitude solution of |

MURA-489 | Chapman, Elizabeth Z. | DRYTEMPER (program 250) |

MURA-488 | Nielsen, C.E. | Longitudinal space charge effects: Influence of energy loss |

MURA-487 | Terwilliger, K.M. | Achieving higher beam densities by superposing equilibrium orbits |

MURA-486 | Hammer, C.L. | Proposed electron - electron scattering experiment |

MURA-485 | Becher, Adam | Interpolation formula with two continuous derivatives |

MURA-482 | Anderson, J. | Fixed point Runge-Kutta, MU RKY4 |

MURA-481 | Van Bladel, J. | Sets of eigenvectors for volumes of revolution |

MURA-480 | Nielsen, C.E. | Longitudinal space charge effects - phase boundary equations and potential kernels |

MURA-479 | Goldwasser, Edwin L. | Utilization of very high-energies |

MURA-478 | Mozley, Robert F. | The Cost of a 10-BeV proton linear accelerator |

MURA-477 | Reilly, David | Computer studies of beam stacking effects |

MURA-476 | Storm, M.R. | DUCK WADDLE (program 249) |

MURA-475 | Robinson, Kenneth W. | Multiple frequency accelerators |

MURA-474 | Blewett, J.P. | The Linear accelerator: A Brief summary |

MURA-473 | Roberts, Arthur | Notes on the session on the experimental uses of high intensity accelerators |

MURA-472 | Good, M. | Beam separators |

MURA-471 | Walker, W.D. | Energy considerations for high intensity accelerators |

MURA-470 | Adair, R.K. | Desirable beam characteristics of high intensity accelerators |

MURA-469 | Cool, R.L. | Summary of discussion of the physical interest in higher intensity |

MURA-468 | Kitagaki, Toshio | Cost of a 10-BeV scanning field AG synchrotron |

MURA-467 | Blewett, M.H. | A High repetition rate 15-BeV Alternating Gradient synchrotron |

MURA-466 | Van Bladel, J. | Image forces in the third MURA model |

MURA-465 | Sands, Matthew | Ultrahigh-energy synchrotrons |

MURA-464 | Sessler, A.M. | Energy loss effects and the instability of a coasting beam |

MURA-463 | Laslett, L.Jackson | Concerning the nu/N ---> 1/3 resonance, IV: The Limiting amplitude solution of the equation d**2u/d |

MURA-462 | Cole, F.T. | High current effects in FFAG accelerators |

MURA-461 | Laslett, L.Jackson | Concerning the nu/N ---> 1/3 resonance. 3. Use of the Moser method to estimate the rotation number, |

MURA-460 | Terwilliger, Kent M. | Cost estimate comparison of three multi-BeV FFAG accelerators |

MURA-459 | Laslett, L.Jackson | Concerning the nu/N ---> 1/3 resonance. 2. Application of a variational procedure and of the Moser m |

MURA-458 | Becher, Adam | Particle - particle collisions in a stacked beam |

MURA-457 | Chapman, Elizabeth Z. | Change in ILL TEMPERED FIVE (program 220) |

MURA-456 | Cole, F.T. | Remarks on the design of FFAG accelerators |

MURA-455 | Symon, Keith R. | Report on Brookhaven AGS User's Meeting held in Washington D. C., April 29, 1959 |

MURA-454 | Parzen, George | A Summary of the linear orbit properties of an accelerator having a general magnetic field |

MURA-453 | Jones, Lawrence W. | Possible high current 10-BeV proton accelerators |

MURA-452 | Laslett, L.Jackson | Concerning the nu/N ---> 1/3 resonance, I: Application ofa variational procedure and of the Moser me |

MURA-451 | Parzen, George | Theory of accelerators with a general magnetic field. II |

MURA-450 | Storm, M.R. | TTT Scope stimulation |

MURA-445 | Laslett, L.Jackson | Concerning resonant beam knockout from an A-G synchrotron |

MURA-444 | Laslett, L.Jackson | On the Spiral orbit spectrometer |

MURA-443 | Laslett, L.Jackson | The Nonlinear coupling resonance 2 nu(y) - nu(x) = 1 |

MURA-442 | Sessler, A.M. | Proposed digital computer program to study an N body problem with one degree of freedom |

MURA-441 | Nielsen, C.E. | On the instability of a coasting beam |

MURA-440 | Van Bladel, J. | On Helmholtz's theorem in infinite regions |

MURA-438 | McNall, J.F. | DUCNALL (program 219) |

MURA-437 | Cole, F.T. | Scaling spiral sector FFAG accelerators without median plane symmetry |

MURA-436 | Swenson, D.A. | Description of a function generator |

MURA-435 | Laslett, L.Jackson | Remarks concerning the interference of higher order Fourier coefficients in the results obtained wit |

MURA-434 | Morton, Phil L. | Effects of radial straight sections on the betatron oscillation frequencies in a spiral sector FFAG |

MURA-433 | Mills, R.L. | Liouville's theorem for a continuous medium with conservative interactions |

MURA-432 | Laslett, L.Jackson | Computational solutions of the two-dimensional wave equation for a cross shaped region |

MURA-431 | Parzen, George | Theory of the AG synchrotron |

MURA-430 | Jones, Lawrence W. | Comparison of 10 and 15-BeV two-way FFAG accelerator designs |

MURA-428 | Chapman, Elizabeth Z. | ILL TEMPERED FIVE: Cyclotron overwrite #1 (program 197) |

MURA-427 | Terwilliger, T.M. | Beam extraction from an FFAG synchrotron |

MURA-426 | Johnston, L.H. | RF program for the 40-MeV two-way electron model |

MURA-425 | Symon, Keith R. | Report on the high-energy physics conference in Geneva and on a visit to the CERN laboratory |

MURA-424 | Thorne, Gerald | General Equations of Motion 1 (GEM1) (program 201) |

MURA-423 | Foster, Margaret | A Study of the RF phase plane near transition with frequency modulation |

MURA-417 | Westlund, G.A. | Selective audio monitor, MU SAM1 (octal print) |

MURA-416 | Jones, Lawrence W. | Current status of the luminescent chamber |

MURA-415 | Kehoe, Brandt | KEFUNCO (program 206) |

MURA-414 | Davidson, Charles H. | SIFON4 (program 132): Simulation of an IBM 650 on an IBM 704 |

MURA-413 | Nielsen, C.E. | Longitudinal space charge effects in fixed field particle accelerators |

MURA-412 | Jones, Lawrence W. | An FFAG accelerator for achieving 9-BeV center-of-mass collisions between electrons and protons |

MURA-411 | Chapman, Elizabeth Z. | Ill Tempered Five (program 175) |

MURA-410 | Bieri, R.H. | Care and feeding of the ultrahigh vacuum system of the two-way model |

MURA-409 | Van Bladel, J. | Momentum kicks for particles crossing a gap at an angle |

MURA-408 | Smith, James H. | Report on shielding the MURA high intensity 50-MeV electron accelerator |

MURA-407 | Wallenmeyer, W.A. | Resonance survey in the electron model spiral sector FFAG accelerator |

MURA-406 | Cole, F.T. | Scaling radial sector FFAG accelerators without median plane symmetry |

MURA-405 | Bieri, R.H. | Lifetime of an electron in a relativistic proton beam |

MURA-401 | Storm, M.R. | Scope grid plotter, MU SCO1 |

MURA-397 | Parzen, G. | Theory of accelerators with a general magnetic field |

MURA-396 | Jones, Lawrence W. | Some characteristics of the 40-MeV two-way electron model |

MURA-395 | Westlund, G.A. | Squave (programme 190) |

MURA-394 | Bieri, R.H. | Incertainty in the definition of momentum and emission angle of mesons or hyperons produced in the c |

MURA-393 | Parzen, G. | On Constructing straight sections in a two-way FFAG accelerator |

MURA-392 | Kister, James | Gendarme (programme 124) |

MURA-388 | Westlund, G.A. | Variable column integer print, MU PRI4 |

MURA-387 | Meier, Homer | Expansion of a Hamiltonian using the Moser method |

MURA-386 | Snyder, J.N. | Gollyconder (programme 171) |

MURA-385 | Jones, Lawrence W. | Space charge limit on beam current in alternating gradient accelerators |

MURA-384 | Parzen, George | Theoretical design of a large two-way radial sector FFAG accelerator |

MURA-383 | Bacopoulos, A. | On A Reversed field spiral sector accelerator |

MURA-382 | Storm, M.R. | Coilmate (programme 172) |

MURA-381 | Van Blandel, J. | General formulas for gap excited linear ducts |

MURA-380 | Cole, F.T. | NonHamiltonian dynamical systems |

MURA-379 | Parzen, G. | The Nonlinear coupling resonances of an accelerator |

MURA-378 | Westlund, G.A. | Budbit (programme 157) |

MURA-377 | Cole, F.T. | Field calculations for digital computation with nonscaling dynamics |

MURA-376 | Parzen, G. | The Radiation energy loss in a fixed field accelerator |

MURA-375 | Cole, F.T. | Parameters and dimensions of the 50-MeV electron FFAG accelerator |

MURA-374 | Quarterly report to the Atomic Energy Commission for the period July 1, 1957 to September 30, 1957 | |

MURA-373 | Cole, F.T. | Design of a 50-MeV electron radial sector FFAG accelerator |

MURA-372 | Storm, M.R. | Formesh Smallerens (program 159) |

MURA-370 | Storm, M.R. | Fixed point Newton-Cotes quadrature, MU NCI2 |

MURA-366 | Freiser, M.J. | Effects of field bumps due to slotted poles |

MURA-365 | Parzen, G. | Theory of the nu(y) - nu(x) = 0 nonlinear resonance in alternating gradient accelerators |

MURA-364 | Jones, Lawrence W. | Notes on the Berkeley Budker conference |

MURA-363 | Ling, D.S. | Studies on electron synchroclash |

MURA-362 | Parzen, G. | The nu = 1/3 N nonlinear resonance of a fixed field accelerator |

MURA-361 | Stump, R. | Frequency measurements and resonance survey in the electron model spiral sector FFAG accelerator |

MURA-360 | Anderson, Jess | A Manual for the use of MURA IBM 704 production programmes |

MURA-348 | Chapman, Elizabeth Z. | Cathode ray tube point plotter, MU SCP8 |

MURA-347 | Storm, M.R. | Algytee scope (program 121) |

MURA-346 | McNall, J.F. | Floating point overflow and underflow test, MU OUT7 |

MURA-345 | Fosdick, L.D. | General alphanumeric cathode ray display, MU SCP3 |

MURA-341 | King, R.F. | Fixed point square root, MU SQR4 |

MURA-340 | Mills, Roger E. | Solutions and approximate solutions to a Hill's equation and the Mathieu equation |

MURA-339 | Akeley, Edward S. | The production by volume current distributions of magnetic fields, which are represented by spherica |

MURA-338 | Anderson, Jesse C. | Forsups (programme 99) |

MURA-337-A | Addendum to report MURA-337: Fields in slanted gap excited rectangular ducts | |

MURA-336 | Morton, Phil L. | On the Design of spiral sector accelerators |

MURA-334 | King, Richard | Six column integer cathode ray tube display, MU SCP6 |

MURA-333 | Storm, M.R. | Fixed point Newton-Cotes quadrature, MU NCI1 |

MURA-332 | King, Richard | Six column fraction cathode ray tube display, MU SCP2 |

MURA-331 | King, Richard | Variable column integer cathode ray tube display, MU SCP7 |

MURA-330 | Terwilliger, K.M. | Beam stacking experiments in an electron model FFAG accelerator |

MURA-329 | Stevenson, A.F. | Form of solution of linear differential equations whose coefficients are multiply periodic series |

MURA-328 | Snyder, J.N. | Formesh with Stumblebumps (program 138) |

MURA-327 | Freiser, M.J. | Convergence rates of iterative treatments of Laplace's equation |

MURA-326 | Snyder, J.N. | Fixed point cube root, MU CRT2 |

MURA-325 | Storm, M.R. | Integer cathode ray tube display, MU SCP1 |

MURA-324 | McNall, J.F. | Floating decimal dump, MU FDD1 |

MURA-323 | McNall, J.F. | Variable column floating decimal print, MU PFD1 |

MURA-322 | Zographos, E.M. | Gauss quadrature (three-point), MU GQF1 |

MURA-321 | Quarterly report to the Atomic Energy Commission for the period April 1, 1957 to June 30, 1957 | |

MURA-320 | Laslett, L.Jackson | Computational evidence for a spirally ridged FFAG resonance near 3 sigma(x) + 2 sigma(y) = 2 pi |

MURA-319 | Mills, R.E. | Resonances of certain Hill equations |

MURA-318 | Ohkawa, Tihiro | On the Two beam FFAG accelerator |

MURA-317 | King, R.F. | Read decimal fraction, MU RDF4 |

MURA-316 | King, R.F. | Read decimal fraction, MU RDF3 |

MURA-315 | Storm, M.R. | Self-loading binary punch routine, MU BPU4 |

MURA-314 | McNall, J.F. | Read floating decimal routine, MU RFD2 |

MURA-313 | Fosdick, L.D. | Fixed point square root, MU SQR3 |

MURA-312 | Fosdick, L.D. | Fixed point LOGARITHM, base e, MU LOG3 |

MURA-311 | Enoch, J. | Properties of neutralized relativistic electron beams |

MURA-310 | Ohkawa, Tihiro | Electronic devices using plasmas in a magnetic field |

MURA-309 | Fosdick, L.D. | Channel Five (problem 120) |

MURA-307 | Zographos, E.M. | Fixed point logarithm, base 2, MU LOG2 |

MURA-303 | Zographos, E.M. | Double precision floating point addition, MU DPA1 |

MURA-302 | Laslett, L.Jackson | Round off errors from fixed point linear algebraic transformations computed by IBM 704 program 117 |

MURA-301 | Van Bladel, J. | Normal modes methods for boundary excited waveguides |

MURA-300 | Parzen, G. | Stability limits for the nonlinear resonances in a general spiral sector accelerator |

MURA-299 | Snyder, J.N. | TTT scope - programme 119 |

MURA-298 | Snyder, J.N. | Invariant Duck Bumps scope - programme 116 |

MURA-297 | Snyder, J.N. | Equicyl scope - programme 118 |

MURA-296 | Snyder, J.N. | Formesh (invariants) scope - programme 113 |

MURA-295 | Laslett, L.Jackson | Computational examples of solutions to differential equations which simulate growth of axial oscilla |

MURA-294 | McNall, J.F. | Read decimal integers routine, MU RDI2 |

MURA-293 | Zographos, E.M. | Self loading binary punch routine, MU BPU3 |

MURA-292 | Storm, M.R. | Read octal number routine, MU RON1 |

MURA-291 | Storm, M | 24 word per card binary loader (one card), MU LBL4 |

MURA-290 | Fosdick, L.D. | Fixed point square root, MU SQR2 |

MURA-289 | King, Richard | Fixed point arctangent, MU ATN1 |

MURA-288 | Zographos, E.M. | Variable column, variable digit rounded fraction print, MU PRF3 |

MURA-287 | Zographos, E.M. | Variable column integer or fraction print, MU PIF1 |

MURA-286 | Fosdick, L.D. | Six column integer print, MU PRI2 |

MURA-285-SCL-S | Fosdick, L.D. | Variable column integer print, MU PRIl |

MURA-284 | Fosdick, L.D. | Six column fraction print, MU PRF2 |

MURA-283 | Fosdick, L.D. | Variable column fraction print, MU PRF1 |

MURA-282 | Fosdick, L.D. | The MURA assembler MURASS |

MURA-281 | Quarterly report to the Atomic Energy Commission for the period February 6, 1956 to March 31, 1957 | |

MURA-280 | Day, E.A. | Vacuum techniques for the range 10**-8mm Hg to 10**-10mm Hg |

MURA-279 | Zagraphos, E.M. | Binary punch routine, MU-BPU2 |

MURA-278 | Zagraphos, E.M. | Binary punch routine, MU-BPU1 |

MURA-277 | Fosdick, L.D. | Fixed point exponential, BASE-2, MU-EXP2 |

MURA-276 | Fosdick, L.D. | Fixed point exponential, BASE-E, MU-EXP1 |

MURA-275 | Snyder, J.N. | Double precision addition, fixed point, MU-DPA2 |

MURA-274 | Snyder, J.N. | Read decimal integer routine, MU-RD11 |

MURA-273 | Parzen, G. | The Linear equations of motion and the tune of a fixed field accelerator |

MURA-272 | Terwilliger, K.M. | Suppression of radio frequency knock out in stacked beams by phase shifting the betatron oscillation |

MURA-271 | Snyder, J.N. | The reflective 704, MU-704R |

MURA-270 | Fosdick, L.D. | Fraction dump, MU-FRD1 |

MURA-269 | Snyder, J.N. | Relocatable to absolute translator, MU-RAT1 |

MURA-268 | Snyder, J.N. | Transfer test, visual, MU-TTV1 |

MURA-267 | Snyder, J.N. | Effective address search routine, MU-EAS2 |

MURA-266 | Zographos, E.M. | Integer dump, MU-IND1 |

MURA-265 | Fosdick, L.D. | Octal dump, MU-OCD1 |

MURA-264 | Ballance, R. | Binary check sum checker and corrector, one card, MU-CSC2 |

MURA-263 | Laslett, L.Jackson | Concerning coupling resonances in the spirally ridged FFAG accelerator |

MURA-262 | Freiser, M.J. | Winding and construction errors in reluctance pole magnets |

MURA-261 | Ohkawa, Tihiro | A Speculation on a method of propulsion by ion thrust |

MURA-260 | Jones, Lawrence W. | Experiments on radio frequency knockout of stacked beams |

MURA-259 | Van Bladel, J. | Fields in gap excited rectangular ducts |

MURA-258 | Parzen, G. | The Equilibrium orbit of a fixed field accelerator |

MURA-257 | Laslett, L.Jackson | Effect of Delta k errors in Illinois model |

MURA-256 | Jones, Lawrence W. | Radial sector accelerators with smaller circumference factor |

MURA-255 | Terwilliger, K.M. | Radio frequency experiments with an FFAG electron model accelerator |

MURA-254 | Terwilliger, K.M. | A Radio frequency system for experiments with the FFAG electron model |

MURA-253 | Laslett, L.Jackson | Optimum spacing of polygonal coils for uniform central field |

MURA-252 | Laslett, L.Jackson | Approximate solutions to the Mathieu equation |

MURA-251 | Laslett, L.Jackson | Lapse rate characterizing the convergence of a FOROCYL potential problem |

MURA-250 | Parzen, G. | The 2 nu(y) - nu(x0 = 0 difference resonance |

MURA-249 | Kerst, D.W. | The relation of eigenpoles to back wound poles, reluctance poles, and other derived pole structures |

MURA-248 | Laslett, L.J. | Stability limit in spiral sector structures near sigma x = 2pi / 4 |

MURA-247 | Laslett, L.Jackson | Supplemental note concerning the algebraic transformations of MURA-246 |

MURA-246 | Laslett, L.Jackson | Concerning the y growth phenomenon exhibited by algebraic transformations |

MURA-245 | Snyder, J.N. | Shifting binary loader, one card, MU-SBL2 |

MURA-244 | Snyder, J.N. | Upper binary loader, one card, MU-UBL1 |

MURA-243 | Snyder, J.N. | Lower binary loader, one card, MU-LBL3 |

MURA-242 | Snyder, J.N. | FORMESH field print(program 86) |

MURA-241 | Fosdick, L.D. | Tempermesh (program 76) |

MURA-240 | King, Richard | FORERUNNER (program 57) |

MURA-239 | Messy Messy (program 78) | |

MURA-238 | Snyder, J.N. | INVARIANT DUCK BUMPS (program 77) |

MURA-237 | Snyder, J.N. | DUCK ANSWER (programme 75) |

MURA-236 | Snyder, J.N. | FORMESH with GRUMBLEBUMPS (program 62) |

MURA-235 | Snyder, J.N. | FORMESH with MUMBLEBUMPS (program 61) |

MURA-234 | Snyder, J.N. | FORMESH FUMBLEBUMPS (program 60) |

MURA-233 | Storm, M.R. | Algytee (program 58) |

MURA-232 | Snyder, J.N. | SIXTEEN MESH (program 56) |

MURA-231 | Snyder, J.N. | Fixed point search, rotation number, and invariant coefficient programmes: FORFIX Point (programme 5 |

MURA-230 | Snyder, J.N. | EQUICYL (program 54) |

MURA-229 | Snyder, J.N. | ATEMESH (program 53) |

MURA-228 | Snyder, J.N. | FORANAL (program 52): A Program for Fourier analysis |

MURA-227 | Snyder, J.N. | FORMERGE (program 50) |

MURA-226 | Fosdick, L.D. | Well tempered five (program 46) |

MURA-225 | Mills, Frederick E. | TTT (programme 39): A Programme for RF study |

MURA-224 | Symon, K. | JOYBUCKETS (program 32) |

MURA-223 | Cole, F.T. | SCOFFLAW program (program 30) |

MURA-222 | FORMESH program (program 26) | |

MURA-221 | FOROCYL program (program 13) including FORMERGE (Program 50) | |

MURA-220 | Van Bladel, J. | Rough calculations on flange coupled cavities |

MURA-219 | Cole, F.T. | An Electron model Fixed Field Alternating Gradient accelerator |

MURA-218 | Laslett, L.Jackson | Stable equilibrium orbit in several large scale spiral sector FFAG accelerators |

MURA-217 | Parzen, George | Coupled nonlinear resonances in alternating gradient accelerators |

MURA-216 | Kerst, D.W. | Report on visit to MachletT Laboratories, Inc. |

MURA-215 | Kerst, D.W. | Suppression of betatron oscillation excitation (RF knockout) by the RF accelerating system of a fixe |

MURA-214 | Ohkawa, T. | Prelimiinary considerations of the acceleration of particles by relfection of electromagnetic waves |

MURA-213 | Laslett, L.Jackson | Computational checks of particle motion in the Illinois separated sector FFAG model, without perturb |

MURA-212 | Jones, Lawrence W. | Effects of resonances in the radial sector FFAG model |

MURA-211 | Laslett, L.Jackson | Use of a scalar potential in two-dimensional magnetostatic computations with distributed currents |

MURA-210 | Van Bladel, J. | The Reaction of a cavity on the beam current |

MURA-209 | Ohkawa, Tihiro | Acceleration by fixed frequency cavities independent of the rotational frequency of particles |

MURA-208 | Lichtenberg, D.B. | Energy dependence of space charge forces in an accelerator beam |

MURA-207 | Chang, Tsu-shen | Energy of colliding proton beams and angular distribution of mesons produced |

MURA-206 | Laslett, L.Jackson | Remarks on the invariant quadratic forms pertaining to motion characterized by a linear differential |

MURA-205 | Laslett, L.J. | Development of algorisms for Forocyl potential program |

MURA-204 | Stump, R. | Electrical characteristics of a model mechanically tuned radiofrequency cavity for a multi-Bev synch |

MURA-203 | Cole, F.T. | Misalignments in the Michigan radial sector FFAG accelerator |

MURA-202 | Cole, F.T. | Ex post facto betatron frequency calculations for the Michigan radial sector FFAG betatron |

MURA-201 | Denman, H. | Numerical techniques |

MURA-200 | Parzen, G. | Nonlinear resonances in alternating gradient accelerators |

MURA-147 | Belford, G. | Table pertaining to solutions of a Hill equation |

MURA-145 | Snyder, J.N. | sigma(1), sigma(2), psi(1), psi(2), eta(2) / eta (1), Eta-prime(2) / Eta-prime(1) tables |

MURA-141 | Jones, Lawrence W. | Long straight sections in separated spiral sector accelerators |

MURA-140 | Ohkawa, T. | Beam loading on an RF cavity and an acceleration scheme by velocity modulation |

MURA-139 | Laslett, L.J. | Axial amplitude limitations effected by sigma(x) + 2 sigma(y) = 2 pi |

MURA-138 | Jones, Lawrence W. | Effects of bumps when magnet edges are important |

MURA-137 | Lichtenberg, D.B. | A Simple method for RF acceleration in a fixed field machine |

MURA-136 | Symon, K.R. | Fundamental limitations on the performance of an adiabatic accelerator |

MURA-135 | Laslett, L.J. | Results of miscellaneous two-dimensional potential computations, involving pole face currents, of po |

MURA-134 | Jones, Lawrence W. | The Okhawa intersecting beam machine |

MURA-133 | Terwilliger, K.M. | Radio frequency knockout of stacked beams |

MURA-132 | Lichtenberg, D.B. | Gas scattering in fixed field proton accelerators |

MURA-131 | Laslett, L.J. | Fixed field alternating gradient accelerators |

MURA-130 | Kerst, D.W. | A Betatron beam stacking process and asynchronous acceleration without a large betatron core |

MURA-129 | Parzen, G. | Nonlinear resonances in radial motion |

MURA-128 | Sessler, A.M. | The x-stability limit in large f structures |

MURA-127 | Cole, F.T. | Tuning of vertical oscillations in separated sector Mark V by twisting magnets |

MURA-126 | Lichtenberg, D.B. | Modification of Liouville's theorem required by the presence of dissipative forces |

MURA-125 | Sessler, A.M. | On the nonLiouvillian character of foils |

MURA-124 | Ohkawa, T. | A Scaled radial sector FFAG for intersecting beams |

MURA-123 | Vogt-Nilsen, N. | A Short survey of digital computer results for radial motion in FFAG Mark V spiral ridge accelerator |

MURA-122 | Weinberg, E. | Approximate calculation of the potential at the boundary of a current carrying rectangular coil, at |

MURA-121 | Laslett, L.J. | Calculations concerning particle motion in spirally ridged and separated sector FFAG accelerators |

MURA-120 | Laslett, L.J. | The x-stability limit in spiral sector accelerators |

MURA-119 | Laslett, L.J. | Analysis and computation of magnetic fields arising from two-dimensional pole configurations of inte |

MURA-118 | Vogt-Nilsen, N. | Expansions of the characteristic exponents and the Floquet solutions for the linear homogeneous seco |

MURA-117 | Akeley, Edward S. | The magnetic field and the equations of motion in spherical coordinates for the Mark V FFAG accelera |

MURA-116 | Johnston, L.H. | Adiabatic damping of large amplitude phase oscillations in a linear accelerator |

MURA-115 | A Proposed possible extension of the digital computer program for studying foils and simple RF gaps | |

MURA-114 | Sessler, A.M. | Proposed digital computer program to study the coupling of radial betatron oscillations |

MURA-113 | Jones, Lawrence W. | Concentric and eccentric colliding beams geometries |

MURA-112 | Kerst, D.W. | Spiral sector magnets |

MURA-111 | Kerst, D.W. | Properties of an intersecting beam accelerating system |

MURA-110 | Lichtenberg, D.B. | Intersecting beam accelerator with storage ring |

MURA-109 | Krest, D.W. | Fixed field alternating gradient particle accelerators |

MURA-108 | Laslett, L.J. | Particle orbits in fixed field alternating gradient accelerators |

MURA-107 | Laslett, L.J. | The y-stability limit in spiral sector accelerators |

MURA-106 | Symon, K.R. | Methods of radio frequency acceleration in fixed field accelerators with applications to high curren |

MURA-105 | Laslett, L.J. | Application of Walkinshaw's equation to the 2 sigma(y) = sigma(x) resonance |

MURA-104 | Jones, Lawrence W. | A Small model fixed field alternating gradient radial sector accelerator |

MURA-103 | Sessler, A.M. | Memo on two-dimensional algebraic transformations which correspond to Hamiltonian systems |

MURA-102 | Crane, H.R. | Maintaining the geometrical alignment of a large accelerator |

MURA-101 | Jones, Lawrence W. | A Note on the accelerated beam obtained in the Michigan radial sector FFAG electron model |

MURA-100 | Ohkawa, T. | Mark V scalloped motion in the axial direction |

MURA-099 | Laslett, L.J. | Proposed method for determining Mark V trajectories by aid of grid storage |

MURA-098 | Sessler, A.M. | Acceleration schemes |

MURA-097 | Laslett, L.J. | Proposal to refine the determination of the characterstic exponent in a Hills equation pertaining to |

MURA-096 | Cole, F.T. | Equilibrium orbit in Mark-1 FFAG |

MURA-095 | Cole, F.T. | Mark-5 FFAG expanded equations of motion |

MURA-094 | Laslett, L.J. | Interpolation formulas for a two-dimensional net |

MURA-093 | Ohkawa, T. | Comments on several modifications of the magnetic field of spiral sector magnets |

MURA-092 | Sessler, A.M. | Potentials and fields in a scaling accelerator |

MURA-091 | Ohkawa, T. | Indirect acceleration |

MURA-090 | Sessler, A.M. | Half sector phase plane transformations for an AG synchrotron |

MURA-089 | Laslett, L.J. | Stable and unstable periodic orbits in certain Mark V accelerators as obtained by the Ridge Runner c |

MURA-088 | Kerst, D.W. | Some estimates of properties of intersecting beam accelerators |

MURA-087 | Properties of the RF acceleration program | |

MURA-086 | Ohkawa, T. | The Effects of the straight sections in Mark V |

MURA-085 | Fosdick, L.D. | Investigations of f-imperfections in an alternating gradient synchrotron with nonlinear forces |

MURA-084 | Okhawa, T. | An Application of FFAG principle to the phase oscillation in synchrotron |

MURA-083 | Wimpress, R. | The Electrostatic field of the kicker electrodes in the BNL electron analog |

MURA-082 | Cole, F.T. | Design parameters for an 8 sector |

MURA-081 | Kerst, D.W. | The Possibility of high intensities from FFAG accelerators providing a means of increasing the energ |

MURA-080 | Powell, J.L. | Mark V FFAG. Equations of motion for Illiac computation |

MURA-079 | Sessler, A.M. | Study of the effects of displaced sectors with approximate phase plane transformations |

MURA-078 | Judd, D.L. | Nonlinear terms in Mark V radial betatron equation |

MURA-077 | Judd, D.L. | Analytical approximation in Mark V scalloped orbits and to radial betatron oscillations about them |

MURA-076-A | Sessler, A.M. | The Construction of approximate phase plane transformations for AG synchrotrons, II |

MURA-076 | Sessler, A.M. | The Construction of approximate phase plane transformations for AG synchrotrons, I. |

MURA-075 | Laslett, L.J. | Character of particle motion in the Mark V FFAG accelerator |

MURA-074 | Jones, Lawrence W. | Injection into the Mark Ib FFAG model |

MURA-073 | Vogt-Nilsen, N. | A Vector potential expansion and the corresponding equations of motion for a Mark V FFAG accelerator |

MURA-072 | Kerst, D.W. | Distributions of straight sections in Mark V |

MURA-071 | Sessler, A.M. | Determination of sigma in the model FFAG Mark Ib accelerator |

MURA-070 | Akeley, Edward S. | The Vector potential of the magnetic field in the Mark V accelerator |

MURA-069 | Francis, N.C. | Radial and phase motion in a synchrotron |

MURA-068 | Elfe, T.B. | Investigation of the effect of position of straight sections with application to the Mark V spirally |

MURA-067 | Cole, F.T. | Detailed calculations of a small model FFAG Mark Ib accelerator. Part A and Part B |

MURA-066 | Kerst, D.W. | Gap in a spirally ridged pole |

MURA-065 | Jones, Lawrence W. | A Special case of MARK-II with no reverse field |

MURA-064 | Kerst, D.W. | Constant frequency cyclotrons with spirally ridged poles |

MURA-063 | Symon, K.R. | Contributions to the unified theory of FFAG fields |

MURA-062 | Kerst, D.W. | High-energy FFAG ring magnet with spirally ridged field |

MURA-061 | Akeley, Edward S. | A Method for determining the magnetic field in a region in terms of its values on a plane surface |

MURA-060 | Cole, F.T. | Perturbation theory of AG motion with nonlinear restoring forces |

MURA-059 | Terwilliger, K.M. | Vertical aperture and field fluter with slotted pole pieces |

MURA-058 | Jones, Lawrence W. | A Special case of Mark V parallel sloped bars |

MURA-057 | Jones, Lawrence W. | Injection into FFAG accelerators |

MURA-056 | Laslett, L.J. | Paraxial lens action in electric ion optics or geometrical optics |

MURA-055 | Laslett, L.J. | Approximation of Eigenvalues, and Eigenfunctions, by variational methods |

MURA-054 | Akeley, Edward S. | Expansions which express the magnetic field on either side of a plane surface in terms of the magnet |

MURA-053 | Jones, Lawrence W. | A Mark Ib betatron design |

MURA-052 | Jones, Lawrence W. | FFAG Mark Ib formation including edges and straight sections |

MURA-051 | Laslett, L.J. | Estimate of possible spatial variation of n |

MURA-050 | Kerst, D.W. | Negative momentum compaction in conventional A. G. synchrotrons |

MURA-049-2 | Powell, J.L. | Nonlinearities in A. G. synchrotrons. Part II: Approximate transformations of the phase plane |

MURA-049-1 | Powell, J.L. | Nonlinearities in A.G. synchrotrons. Part I: A Survey of results obtained by use of fast digital com |

MURA-048 | Jones, Lawrence W. | Edge effects in FFAG, MARK-II |

MURA-047-2 | Jauch, J.M. | Stability theory. 2. Some special canonical transformations in two-dimensional phase space |

MURA-047-1 | Jauch, J.M. | The Stability of orbits in a nonlinear AG synchrotron. 1. phase functions for canonical transformati |

MURA-046 | Symon, K.R. | FFAG with spiral poles, smooth approximation |

MURA-045 | Jones, Lawrence W. | A Fixed Field Alternating Gradient synchrotron with a small circumference factor |

MURA-044 | Jones, Lawrence W. | 'Patch' operation of a fixed field alternating gradient accelerator, mark III, with comments on mome |

MURA-043 | Symon, K.R. | The FFAG synchrotron mark I |

MURA-042 | Kerst, D.W. | A Fixed field alternating gradient accelerator with spirally ridged poles |

MURA-041 | Terwilliger, K.M. | Application of FFAG principle to betatron acceleration |

MURA-040 | Laslett, L.J. | Concerning the attainment of stable orbits with negative momentum compaction |

MURA-039 | Vogt-Nilsen, N. | The Influence of radiation on oscillating electron orbits in an ideal betatron |

MURA-038 | Sachs, R.G. | On the application of very high-energy machines |

MURA-037 | Green, G.K. | Report on magnetic measurements at Brookhaven |

MURA-036 | Comments on machines for the energy range 2-BeV to 10-Bev | |

MURA-035 | Crosbie, E.A. | Coupling of betatron and phase oscillations in a synchrotron |

MURA-034 | Kerst, D.W. | Report for the National Science Foundation on the studies of the Midwestern Universities Research As |

MURA-033 | Laslett, L.J. | Retabulation of space charge effects in the AGS |

MURA-032 | Symon, K.R. | A Strong focussing accelerator with a DC ring magnet (preliminary report for internal circulation on |

MURA-031 | Symon, K.R. | An Alternative derivation of the formulas for the smooth approximation |

MURA-030 | Symon, K.R. | An Adiabatic theorem for motions which exhibit invariant phase curves |

MURA-029 | Jones, Lawrence W. | Values of alpha off the diagonal of the stability diagram |

MURA-028 | Jones, Lawrence W. | Possible design parameters for a 10-BeV high repetition rate proton alternating gradient synchrotron |

MURA-027 | Livingood, J.J. | A suggestion to eliminate space charge in a proton synchrotron |

MURA-026 | Symon, K.R. | Smooth solution to one-dimensional AG orbits with cubic forces |

MURA-025 | Symon, K.R. | A smooth approximation to the alternating gradient orbit equations |

MURA-024 | Laslett, L.J. | Requisite energy tolerance at injection |

MURA-023 | Laslett, L.J. | Damping of oscillations: Requisite energy tolerance at injection coherent radiation |

MURA-022 | Kerst, D.W. | Paths of particles in circularly symmetric fringing fields, stormer method |

MURA-021 | Powell, J.L. | Nonlinearities in AG synchrotron |

MURA-020 | Jones, Lawrence W. | An electromechanical analogue for the study of strong focusing synchrotron betatron orbits |

MURA-019 | Laslett, L.J. | Equations of motion in the AGS |

MURA-018 | Laslett, L.J. | Possible instability from momentum errors in the AGS |

MURA-017 | Kerst, D.W. | Characteristics of nonlinear lock-in caused by field inhomogeneity |

MURA-016 | Kerst, D.W. | Approximate calculation on nonlinear lock-in at sigma = pi |

MURA-015 | Key to digital computer photographs | |

MURA-014 | Laslett, L.J. | Discussion of space charge effects in the alternate gradient synchrotron |

MURA-013 | Jones, Lawrence W. | A note on the amplitude of betatron oscillations |

MURA-012 | Powell, J.L. | Note on discontinuity in field gradient |

MURA-011 | Powell, J.L. | Nonlinearities in the AG synchroton |

MURA-010 | Kerst, D.W. | Magnet power supply |

MURA-009 | PROPOSAL FOR A HIGH INTENSITY ACCELERATOR | |

MURA-008 | Kerst, D.W. | An ion pipe: An extreme form of AG magnet |

MURA-007 | Terwilliger, K.M. | Magnet aperture as a function of N |

MURA-006 | Jones, Lawrence W. | A study of the feasibility of a multi-BeV circular electron accelerator |

MURA-005 | Wright, S.C. | Adiabatic damping of large phase oscillations |

MURA-004 | Cole, F.T. | A perturbation treatement of onlinear restoring forces |

MURA-003 | Courant, Ed | Linear coupling between vertical and horizontal oscillations |

MURA-002 | Kerst, D.W. | An estimate of effects of nonlinear restoring forces for avoiding resonance |

MURA-001 | Brueckner, K.A. | Research with high-energy acclerators |