APPENDIX I
LIST OF INVITED SEMINAB SPEAKERS
S.A.Durrani
M.lrfan
M.A.ljaz
Lubna Ijaz
Kojiro Nishina
Raza A.Tahirkheli
M.Yaqub
The University of Birmingham Chancellor's Court Birmingham B15 °2TT England
Memorial University of Newfoundland Newfoundland, Canada AIC 5S7 Canada
College of Arts and Sciences Virginia Polytechnic Institute and State University Blacksburg, Virginia 24061 U.S.A.
College of Arts and Sciences Virginia Polytechnic Institute and State University Blacksburg, Virginia 24061 U.S.A.
Nagoya University Furohcho, Chikusaku, Nagoya 464 Japan
Temple University Philadelphia, Pa. U.S.A.
The Ohio State University 171 West, 18th Avenue Columbus, Ohio 43210 U.S.A.
519
520
APPENDIX II
LIST OF SEMINARS
Aminuddin
Ansari
Arzi, E.
Beg, M.M.
Casti, J.
Durrani, S.A.
Hasnain, S.A.
Housari, A.M. and P.Asadi
Hussain, F.
Ijaz, Lubna
Ijaz, M.A.
Irfan, M.
Jameel, M.
Khan, Aslam
McNamara, Bredan
Medrano, G.
Mirza
APPENDIX
Photochemical Reactions Induced by Solar Energy
Some Early Results of Radio Beacon Experiments Conducted at Karachi VIA ATS-6 Satellite
Neutron Power Diffractometery at Low Temperatures
Neutron Diffraction Studies at PINSTECH
System Theory - Examples from Engineering, Ecology and Economics
i) Physics of the Moon
ii) Nuclear Track Detection and Its Applications
Nuclear Power Safety
Science Teaching in National Language
Interpretation of Quantum Theory
i) Solar Homes and Sun Heating
ii) Flat Plates, Collectors and their Applications to Solar Heating
i) Search of Super Heavy Elements
ii) Recent Advances in Nuclear Spectroscopy at UNISOR
Some Aspects of Radiation Protection and Environmental Radiation
Criteria for Unambiguous Determination of Amplitudes from Observables
Laser Driven Fusion
Superfast Methods for Solving Partial Differential Equations
The Transfer of Nuclear Technology and Its Development in Less Industrialised Countries
Remote Sensing Physics and Satellite Applications
APPENDIX
Nayyar. A.H.
Nishina. K.
Nuyts. Jean
Rhoderick. E.H.
Riazuddin
Ruffini. Remo
Salam. Abdus
Tahirkheli. R.A.
i)
ii)
i)
ii)
521
Second Order Magnetic Phase Transition in Gadolinium
Coupled Core Reactor Kinetics
Comparison Functions in Reactor Kinetics
Gauge Theories in Weak and e.m. Inter-actions - I
Gauge Theories in Weak and e.m. Inter-actions - II
Physics of Schottky Barrier Heights
Octet Dominance in Non-Leptonic Decays
i) Sparks from Black Holes
ii) Questions-Answers on Cosmology and Basics of Neutron Stars and Black Holes
Atomic Parity Experiments and (SU(2))Lx
(SU(2))R x (U(l))L+R Model
i) Effects of Randomness on 3-Dimensional Ordering of Quasi-Low Dimensionality Spin Systems
ii) Spin Glasses
Violini. G. Dispersion Relations
Violini. G .• A.Hussain Teaching of Physics and Aftab Ahmad
Willmore. P.L. i) Crustal Structure. J.B.Tables. Earth-
Yaqub. M.
quakes and Explosions
ii) Ultimate Goals of Seismologists. Aseismic Zones. Creep
i) Some Simple Low Temperature Experiments of Current Interest - I
ii) Some Simple Low Temperature Experiments of Current Interest - II
522
APPENDIX lIT
LIST OF PARTICIPAJITS
Name
Abdullah, Tariq
Afzal, M:
Afzal, F.A.
Institution
Punjab University, Lahore
PINSTECH, Rawalpindi
PINSTECH, Rawalpindi
Ahmad, Ekhlasuddin University of Chittagong, Chittagong
Ahmed, M.A.K.
Ahmed, Sh.Aftab
Ahmed, S.M.W.
Ahmed, R.Nasir
Ahmed, Ch.M. Iftikhar
Ahmed, Mansoor
Ahmed, Masud
Ahmed, Mahmood
Ahmed, Arshad
Akhtar, K.M.
Alabi, Adeniyi Oluremi
Alhamri, N. Z.
Ali, Mubarak
Ali, Jamsheed
Ali, Imtiaz
Aminuddin
Amusa, Ademola
Imperial College, London
Government College, Lahore
D.S.Tarrif, KESK, Karachi
Quaid-i-Azam University, Islamabad
Punjab University, Lahore
National Engineering Services (Pakistan) Limited, Karachi
Pakistan Atomic Energy Commission, Islamabad
PINSTECH, Rawalpindi
PINSTECH, Rawalpindi
PINSTECH, Rawalpindi
University of IFE, ILE-IFE
National Engineering Services (Pakistan) Limited, Karachi
Quaid-i-Azam University, Islamabad
PINSTECH, Rawalpindi
PINSTECH, Rawalpindi
PINSTECH, Rawalpindi
University of IFE, ILE-IFE
Ansari, Azar Ahmed Karachi University, Karachi
Ansari, Ziauddin Ahmad
Arzi, E
SUPARCO, Karachi
University of Tehran, Iran
APPENDIX
Country
Pakistan
Pakistan
Pakistan
Bangladesh
England
Pakistan
Pakistan
Pakistan
Pakistan
Pakistan
Pakistan
Pakistan
Pakistan
Pakistan
Nigeria
Pakistan
Pakistan
Pakistan
Pakistan
Pakistan
Nigeria
Pakistan
Pakistan
Iran
APPENDIX
Na,m,e
Asa,di, l?(3.rv;t,z
Aslam, K.M.
Aslam, Mohammad
Aslam, Javed
Atta, Alia
Atta, M.Ashraf
Awan, A.Majid
Aypar, Abidin
Azakliogullari, Unal
Aziz, A
Bano, Nikat
Beg, Mudasar
Beg, Mansoor
Begum, Qamrun Nessa
Bhatti, S.A.
Bukhari, W. H .
Bukhari, S.J.H.
Cheema, S.U.
Chaudhry, Nazir Ahmad
Chaudhry, Ghulam Rasool
Chaudhry, Saeed
Chia, Swee Ping
Dagheim, Saleh Salem
Daudpota, Isa
J.nst;ttution
AT¥amehr University, Tehran
Pakis<tan Atomic Energy Commis'sion, Islamabad
Pakistan Atomic Energy Commission, Islamabad
Pakistan Atomic Energy Commission, Islamabad
Quaid-i-Azam University, Islamabad
Pakistan Atomic Energy Commission, IslaJ1abad
Govt. Science College, Lahore
Turkish Atomic Energy Commission, Ankara
Country
Iran
Pakis<tan
Pakistan
Pakistan
Pakistan
Pakistan
Pakistan
Turkey
Cekmeco Nuclear Research & Turkey Training Centre, Istanbul
Pakistan Atomic Energy Commi- Pakistan ssion, Islamabad
Muslim University, Aligarh India
PINSTECH. Rawalpindi Pakistan
PINSTECH, Rawalpindi Pakistan
523
Dacca University, Dacca Bangladesh
PINSTECH, Rawalpindi Pakistan
Gomal University, D.I.Khan Pakistan
PINSTECH, Rawalpindi Pakistan
PINSTECH, Rawalpindi Pakistan
University of Engineering Pakistan and Technology, Lahore
University of Multan, Multan Pakistan
PIl'lSTECH, Rawalpindi Pakistan
University of Malaya, Kuala Malaysia Lampur
University of Tripoli, Tripoli Libya
University of Sind, Jamshoro Pakistan
S24
Name
Elhadi, Zakaria Elhag Ali
Eissa, N.A.H.
Fayyazuddin
Ghori, G.A.
Gul, Khunab
Haider, Wasi
Haider, Naseer
Haroom, M.R.
Hasnai, Musa
Hasnain, S.A.
Housari, A.M.
Husain, S.A.
Hussain, Shafiq
Hussain, Kh.Azher
Hussain, Fahim
Hussain, Masud
Hussain, Athar
Islam, Anwarul
Islam, Aqila
Jafri, S.Arif Raza
Jameel, M.
Jayasinghe, Edward M.
Joshi, Vinaya
Kahar, Nilyardi
Karim, Ijaz
Kazi, Mumtaz H.
Kazi, M.N.
Institution
University of Khartoum, Khartoum
Faculty of Education, Doha
Quaid-i-Azam University, Islamabad
PINSTECH, Rawalpindi
PINSTECH, Rawalpindi
Muslim University, Aligarh
PINSTECH, Rawalpindi
PINSTECH, Rawalpindi
PINSTECH, Rawalpindi
PINSTECH, Rawalpindi
Damascus University, Damascus
University of Malaya, Kuala Lampur
Pun,i ab Uni versi ty, Lahore
Govt. Science College, Multan
Quaid-i-Azam University, Islamabad
Quaid-i-Azam University, Islamabad
PINSTECH, Rawalpindi
PINSTECH, Rawalpindi
PINSTECH, Rawalpindi
Quaid-i-Azam University, Islamabad
PINSTECH, Rawalpindi
University of Sri Lanka, Colombo
H.P.University, Simla
APPENDIX
Coun-!;ry
Sudan
Qatar
Pakistan
Pakistan
Pakistan
India
Pakistan
Pakistan
Pakistan
Pakistan
Syria
Malaysia
Pakistan
Pakistan
Pakistan
Pakistan
Pakistan
Pakistan
Pakistan
Pakistan
Pakistan
Sri Lanka
India
Indonesian Institute of Science, Indonesia Bandug
PINSTECH, Rawalpindi
Punjab University, Lahore
PINSTECH, Rawalpindi
Pakistan
Pakistan
Pakistan
APPENDIX
Name
Khan, M. Nazim
Khan. M. As,lam
Khan, Asghar Ali
Khan, Arshad M.
Khalid, Zafar M.
Khalil, M.R.
Khattak, M.A.
Komy, Soliman R.
Madrano, Gregorio
Mahmood, Bashiruddin
Mahmood, C.Sajjad
Majid, C.A.
Memon, A.R.
Mir, Khalid Latif
Mirza, Ishaq
Mubarak, M.Ahsan
Mufti, A.R.
Mund, S. Mubarak
Najam, M.R.
Nayyar, A.H.
Niazi, Ahsan Khan
Obi, Francis Chukwura
Ozkan, Physcpst Resat
Patel, I.C.
Qadir, Asghar
Qaiser, M.
Qureshi, Shahid Nadeem
Inatj.tutj.qn
Quaid-i-Azam Uni~ersity, Islamabad
PINSTECH, Rawalpindi
PINSTECH, Rawalpindi
PINSTECH. Rawalpindi
PINSTECH, Rawalpindi
PINSTECH, Rawalpindi
University of Peshawar, Peshawar
Riyadh University, Riyadh
University of Madrid, Madrid
Pakistan Atomic Energy Commission, Islamabad
PINSTECH, Rawalpindi
PINSTECH, Rawalpindi
University of Sind, Jamshoro
University of Punjab, Lahore
SUPARCO, Karachi
PINSTECH, Rawalpindi
PINSTECH, Rawalpindi
PINSTECH, Rawalpindi
PINSTECH, Rawalpindi
Quaid-i-Azam University, Islamabad
PINSTECH, Rawalpindi
Institute of Management and Technology, Enugu
Turkish Atomic Energy Commission, Ankara
University of Technology, LAE, Papua
Quaid-i-Azam University, Islamabad
PINSTECH, Rawalpindi
Quaid-i-Azam University, Islamabad
Country
l;'~kistan
Pakis,tan
Pakistan
Pakistan
Pakistan
Pakistan
Pakistan
525
Saudi Arabia
Spain
Pakistan
Pakistan
Pakistan
Pakistan
Pakistan
Pakistan
Pakistan
Pakistan
Pakistan
Pakistan
Pakistan
Pakistan
Nigeria
Turkey
New Guinea
Pakistan
Pakistan
Pakistan
526
Na,me
Qureshi.? LB.
Qureshi, Riffat
Rashid, Abdul
Rashid, Khalid
Rehman, Hafizur
Rehman, Ijaz-ur
Rehman, Faizur
Rempo, Prayoon
Riazuddin
Rizvi, S.H.
Sadiq, Abdullah
SaJ.auddin, Asif
Shafique, M.
Shah, M.A.
Sajjad, Ishaq
Institution
PINSTECH, Rawalpindi
PINSTECB. Rawalpindi
PINSTECH, Rawalpindi
PINSTECH, Rawalpindi
Quaid-i-Azam University, Islamabad
Quaid-i-Azam University, Islamabad
PINSTECH, Rawalpindi
Chulalongkorn University, Bangkok
Pakistan Atomic Energy Commission, Islamabad
PINSTECH, Rawalpindi
PINSTECH, Rawalpindi
PINSTECH, Rawalpindi
Pakistan Atomic Energy Commission, Islamabad
Punjab University, Lahore
PINSTECH, Rawalpindi
Shaikh, Pervaiz A. PINSTECH, Rawalpindi
Shaikh, M.Salim PINSTECH, Rawalpindi
Shaikh, Saleem A. PINSTECH, Rawalpindi
Shoib, K.A. PINSTECH, Rawalpindi
Siddiqi, I.M. PINSTECH, Rawalpindi
Syed, Ansaruddin University of Karachi, Karachi
Tirmizi, S.M.A. University of Karachi, Karachi
Uppal, P.M. PINSTECH, Rawalpindi
Uslu, Hikmet Hacettepe University, Ankara
Violini, Galieleo Universita degli Studi, Rome
Waheed, A. Gomal University, D.I.Khan
Waheed, Abdul PINSTECH, Rawalpindi
Wassef, R.K. Ulliversity of Cairo, Giza
Yaldram, K. PINSTECH, Rawalpindi
APPENDIX
Country
Pakistan
Pakistan
Pakistan
Pakistan
Pakistan
Pakistan
Pakistan
Thailand
Pakistan
Pakistan
Pakistan
Pakistan
Pakistap
Pakistan
Pakistan
Pakistan
Pakistan
Pakistan
Pakistan
Pakistan
Pakistan
Pakistan
Pakistan
Turkey
Italy
Pakistan
Pakistan
Egypt
Pakistan
APPENDIX
Name Inst;Ltution
Ya~, C.T. Uni¥ersity of 8inga~ore, Singapore
Zaghloul, Rangaee Riyadh University, Riyadh Abdul MOne1.l111
Zaidi, 8.M.H. PINSTECH, Rawalpindi
527
country
8;ingapore
Saudi Arabia
Pakistan
INDEX
Absorbance, 297, 298 Absorption,
in an atomic beam, 109-110 co-efficient, 103, 112, 114,
122, 127, 129 cross-section, 101, 127, 130 saturated, 110-116 spectroscopy, 118, 119 of solar radiation, 285
Accumulation layer, 9, 10 Air pressure ring buoy, 369, 370 Airy phase, 383 Ambient temperature, 287 Atmosphere,
remote sensing of, 119-130 Atomic transition frequency, 114,
118 Auger,
profiling in super lattices, 66, 67
Band, bending, 7-10, 12, 50 structure of super lattices,
50-59 Basic forces, 419, 420
electromagnetic, 419, 420 gravitational, 419, 420 strong, 419, 420 weak, 419, 420
Betti numbers, 192 Black holes, 424, 436, 440, 449,
478, 482, 488, 489, 498, 506
Bloch oscillation, 61 Bohm confinement time, 219
529
Cluster, 90, 92 Co boundary, 195 Co chains, 193 Collector, 296, 303
unidimensional, 297 Constructibility, 142, 161, 162 Controllability, 152, 165
conditional, 158 positive, 159
Convective layer, 283, 290, 293, 294
Convecti ve zone, 287, 290, ~'91
Depletion layer, 3, 8, 14 Depletion region, 11, 20, 26,27 Diffusion,
current, 4, 5 equation, 291, 293 length, 5, 6 voltage, 27
Diode, backward, 30, 31 light emitting, 44, 51 Schott.cky ,12, 16, 17, 18, 19,
22, 26 tunnel, 29-38, 46 zener, 30, 61
Duality, 163, 164
Earth quakes, characteristics, 378 damage, 376 epicentre, 377 intensity scale, 376 prediction, 412 risks and hazards, 376, 413
530
study, 375 waves, 375, 381-382
Earth structure, investigations, 382
Eccentricity ,197 measure, 198 pattern, 200
Einstien, 483 coefficients for absorption
and emission, 112, 113 field equations, 484 summation convention, 480 tensor, 480, 483 theory, 478, 479
Elastic waves, 381-382 dispersion, 383 fourier components, 383 group velocity, 383 surface waves, 382
Electric transition, 130 Electron,
theory of tunnelling, 34 transport in superlattice,
68-71 Epitaxial growth, 61-63, 78, 79 Epitaxial structures, 65 Equivalence principle, 454
Fermi level, 8, 9, 10, 13, 14, 16,
30, 35, 69 surface, 73, 74
Field ionisation, 132-133 Fusion reactors, 216, 218, 234
Galaxies, 477, 478, 482, 487, 506 Galileo, 477, 482, 483 Gauge principle, 420, 453
geometrical view, 463 transformations, 462, 463
Gauge unification, 420 of electromagnetic and weak
forces, 421, 422, 473 of electromagnetic, strong and
Gel-phase, 90, 91, 92-93 Galatin, 90 Gluons, 427, 428, 432 Gravity, 477-478, 482
f-g, 434, 435 quantum, 451, 452 strong, 432, 440, 448 super, 420, 450, 453
Gunn devices, 53-54
INDEX
Hadronic temperature, 432, 435, 437
Harking, 436, 437, 448 Heat conduction,
equation, 288 losses, 287 transfer fluid, 297, 298-299,
303 Hills' equation, 157
Imaging, 501-503 cloud cover, 501-503 earth, 501-503
IMPATT microwave devices, 53-54 Insulating layer, 284, 287, 293 Insulating zone, 287, 290, 291 Instantop, 449, 473 Integrated circuits, 46-50 Interface, 3, 12, 19, 26, 39, 50
active, 3 passive, 3
Isoseismals, 377 Isotope,
seperation, 131-135 shift of atoms, 131
JONSWAP source function, 366 spectra, 365
Junction, metal oxide semiconductor,
34-36 transistor, 42
weak forces, 422, 423, 425 Kronig-Penney model, 38, 75 of gravity and strong interac
tions, 4~3, 432, 443 left-right symmetric gauge
model, 424, 426, 430
Lasers, bandwidth of, 115 CO, 126, 127, 130, 139
INDEX
CO2, 129, 130, 139, 140 CW, 77, 100, 104-106 DF, 129, 130 frequency, 114, 118, 123, 127 injection, 51-53, 55 isotope seperation by, 131-135 pulsed, 100, 106-109 TEA, 125, 126, 129
LID factor, 299, 300-302 LIDAR technique, 119 Linear flexible chain, 89 Load factor, 311, 336, 338, 342-
345
Magnetic bubbles, 258-261 Magnetic confinement of Plasma,
217-219, 220 Magnetic field line recollection,
262-264 Magnetohydrodynamics
energy principle, 255 instabilities, 225, 236 models, 243-248, 262
Marcelli modified scale, 376
MBE growth, 66 process, 66, 78, 79 system, 63-65
Metal semiconductor contacts, 12-16,
26 Meteorology
from space, 499-504 geostationary satellite, 499
Meteosat programme, 499-504 Metric, 479, 484, 491, 492
Mie scattering, 120, 122, 123 Minority carrier injection, 17,
18 Mirror
confinement, 248 equilibria, 248, 249 machines, 221, 222-225, 233,
236-23~~ 241, 242, 252, 255, 268, 275-281
Monomers, 93-95 Monopoles
Dirac quantisation condition, 462
magnetic, 458 Polyakov, 472 string property, 460, 461 t-Hooft, 448, 472
Multiphoton excitation, 134
Network,
S31
of siesmic stations, 398 Neutral beams, 227-228, 236, 243,
273 Neutral currents, 430, 431 Neutron stars, 478, 482, 489
Ohmic contacts, 12, 22-25, 71 Optical telescope assembly, 507
Percolation, 91-95 P holes, 193 Photo-current, 71-73 Photon detector assembly, 508-510 Pitch, 306, 328-330, 377, 340,
346 fixed, 309, 326, 327, 335-337,
346, 348 variable, 327, 335-337, 34a
Plasma classical diffusion rate, :~68 collisional losses, 275-27'.' confinement time, 219-227, 229,
230 diffusion in Iowa, 220-221
in high a, 255 Focker-Planck equations, 276 instabilities,
high frequency, 237 kink, 225-226, 227, 2;~6 loss cone, 277-279
Lawson condition, 217, 218 toroidal plasma, 266-268 turbulent plasma, 271, 281 Vlasov equation, 270
Plate Tectonics, 386 continental fit, 387 heat from earth's interior,
387 spreading zones, 387 symmetrical parallel bands,
386 Point contact,
restifiers, 39
532 INDEX
transistors, 41, 42 Siesmic zoning, 399 pn junction, 3, 7, 16, 18, 19, 20, design siesmograms, 405
22 Gumbel's distributions, 403, effect of surface condition, 406
11-12 microzoning, 377, 403 I-V characteristics of, 6, 21 simple zoning, 399
Polyhedral dynamics, 184 statistics of extremes, 402 Power coefficient, 326, 327, 336, Siesmicity, 407
338, 343, 346 induced seismicity, 414 Proton decay, 428, 429, 431 nonstationary features, 407
Q-analysis, 208 q-connectivity, 197 Quantum chromodynamics, 474 Quantum effects,
in superlattices, 73-74 Quarks, 424, 447, 457
colour, 426, 427 confinement, 423, 433, 440,
447, 448, 457 decays, 428, 431 flavour, 426, 427 production, 429, 431
Quasars, 496, 506
Radiometer, 501 Raman scattering, 73, 75, 77, 120,
125, 139 Rayleigh distribution, 357 Rayleigh-Lee scattering, 120 Reachability, 142, 152 Resonator, 103, 104 Reynolds number, 330, 336 Russel rectifier, 369, 371
Salt gradient, 283, 284 Salters ducks, 368, 370 Schottky
barriers, 13, 16, 17, 27
junction, 55, 71, 72 Sea waves
power from, 366-372.
22, 23,
Siesmic instrumentation, 379 electromagnetic systems, 393 electronic systems, 395 frequency response, 390 siesmographs, 380, 389 siesmoscope, 391
of a region, case history, 409 parameters, 408 strain release, 410
Siesmology, 375 phase arrivals, 381 scope of, 375 travel time curves, 380, 382 without instruments, 375
Semiconductor devices, 38 free surface, 7-9 technology, 3
Solar cell, 19-22, 44-46, 55, 71 Solar pond, 283, 284, 286, 293,
294, 296 Sol
Gel transitions, 90, 91-95, 96 phase, 90, 91, 92
Solidity, 330, 332-336 Solitons, 424, 435, 436, 437,
438 Space
shuttle, 505, 510 telescope, 499, 504-510
Spacelab, 499, 510-517 corss sections, 511
Super conductivity, 234, 236, 243
Super conducting magnets, 234, 235
Super lattices, 56-78 Symmetry breaking, 465
spontaneous, 466, 467, 469 tunnelling, 428, 470
Systems energy, 183 linear, 153 multilinear, 167 non-linear, 172
INDEX
renewable resource management, 174
transportation, 181 water resource, 177
Tectonics, 384 alpine type thrust zones, 385 plate tectonics, 386 san Adreas fault, 386 Wegner hypothesis, 386
Tensor Gauge Theory, 434 incorporating colour, 443
Tokomak, 221-225, 236, 239, 241, 242, 246, 254, 262
discharges, 261 equilibrium problem for, 244-
245 physical processes in, 272 plasma diffusion in, 269 plasma transport in, 269-270 results, 225-231 sawtooth oscillations in, 264-
265 scaling laws for, 274-275 stability conditions in, 255-
257 Tree Approximation of gelatin
process, 93-95 Tunnelling, 18, 22, 25, 29-30, 35
Universe, 478, 482, 483, 487-490, 493, 497
models, 485, 488, 490, 491, 494, 496
Waves breaking, 362, 363, 366 contouring rift, 369 energy, 368 forecasting, 351-361 generation, 361-362, 364, 366 profile, 352, 353 spectra, 355 water waves, 351-361
Wave-wave interactions, 362-366 Windmills, 305-349
horizontal axis, 312, 315, 317, 319, 326, 328, 329, 336-338, 346, 348
variable ge{""llletery, 315, 316, 337, 346, 348
533
vertical axis, 312-315, 336-338, 346, 348
Zener effect, 30, 61