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GROUP
MEETING |
GN04-09 |
April 9, 2004 |
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To: |
LaJohn,
Novikov, Obolensky |
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There will be a group meeting FRIDAY April 16, 3:00 pm
Room 216 AH. |
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(Future dates Apr 23, 30, May 7,14 June 11,18,25 July
2,.9,16,23,30 Aug 6,13,20,27) |
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There will be a
farewell dinner Friday April 23. |
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1 |
Organizational Issues |
a |
Appointments,
next meeting, other meetings, lectures |
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b |
Computer issues, finances, |
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2 |
Meetings |
Place |
Date |
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APP |
Santa Fe, NM |
April 19-22 |
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DAMOP |
Tucson, AZ |
May 25-29, 04 |
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ECAMP8 |
Rennes, France |
July 6-10, 04 |
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ICAP |
Rio de Janeiro, Brazil |
July 26-30, 04 |
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FIAC8 (FastIonAtomColl) |
Debrecen, Hungary |
begin Sept 04 |
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HCI |
Vilnius, Lithuania |
Sept 6-10, 04 |
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ICAMDATA |
Toki, Gifu, Japan |
Oct 5-8, 04 |
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CAARI |
Fort Worth, TX |
Oct 5-10, 04 |
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AAAS |
Washington, DC |
Feb 17-22, 05 |
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3 |
Deadlines |
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Abstracts |
HCI (Apr 15) |
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Manuscripts |
Darjeeling (April 30) |
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Registration |
DAMOP (April 12), ECAMP (May 1), HCI
(May 15) |
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4 |
Travels, Visitors |
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Travel |
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Arrivals |
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Departures |
Obolensky (April 29) |
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Visits |
Uskov (?),
Solov’yov (??), Florescu (??), Pisk (2 wks June/July?), Avdonina (?July?),
Drukarev (?Nov/Dec?), Gasaneo (June/July?), Mikhailov (July/Aug?), Suric
(cJul 10/Aug10), Chatterjee & Roy (?Sept-Oct?). |
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RHP |
Pitt |
Travel |
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Apr |
- |
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May |
-20 |
20-22 |
DC |
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23-24 |
25-30 |
Tucson |
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31 - |
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June |
-1 |
1-10 |
St. Petersburg |
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10- |
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July |
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Aug |
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Sept |
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c20? |
?Bahia Blanca |
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24-27? |
Adirondacks? |
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Oct |
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10-15 |
Fort Worth |
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Nov |
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2-6 |
Denton |
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10-14 |
Chengdu |
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Dec |
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?27- |
?Panama Canal |
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Jan |
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-10? |
transit? |
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Feb |
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17-22 |
DC |
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5 |
Manuscripts |
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540 |
“Need for further inelastic scattering measurements at x-ray energies:, S. C. Roy and R. H. Pratt, published RPC. 69/3, 193-197. |
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541 |
“Entanglement change in atomic photoionization”, Young Soon Kim, Yu Jin Kim, and R. H. Pratt, being published in ICPEAC conference proceedings, Physica Scripta. |
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542 |
“Higher multipole high energy radiation transition matrix element zeros”, L. A. LaJohn and R. H. Pratt, accepted for RPC. |
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543 |
“Trajectories of matrix element zeroes”, O. I. Obolensky, A. V. Korol and R. H. Pratt, submitted to RPC. |
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544 |
“An alternative method to calculate inelastic scattering cross sections of photons”, S. C. Roy, B. K. Chatterjee and R. H. Pratt, accepted for RPC |
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545 |
“Tutorial on fundamentals of radiation physics: Interactions of photons with matter”, R. H. Pratt, published RPC 70, 4/5, 595-603 |
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546 |
“O(1/w) corrections to the shake-off (shake-up) correlation effects in double (single) ionization of He by absorption of a photon”, T. Suric and R. H. Pratt, published J Phys. B. 37, L93 – L102 (2004). |
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6 |
Funding |
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Pittsburgh Proposals |
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NSF
0352483 INT Cooperative (Bose Institute), funding recc by Int Div Mar 29. |
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NSF 0201595 |
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NSF 0242942 |
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Other Awards |
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Due Dates |
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NSF 0201595 annual report due |
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7 |
Recent Preprints |
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8 |
Recent Papers |
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a |
Novikov |
“Atomic
structure dependence of nonsequential double ionization in strong laser
pulses”, JPB 37, L161 (04), de Jesus et al |
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9 |
Review of Literature: |
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a |
Pratt |
“Regge poles and residues for
singular scattering potentials”, Hany et al, PRA 66, 050701 (Nov 02) |
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b |
Pratt |
“Integral
representation for electron-atom ionization amplitude”, PRL 91, 253202 (Dec
19 03) Kadyrov et al |
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c |
Obolensky |
“Number of
quantal resonances”, JPA 37, 867 (04) Ahmed & Jain |
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d |
Obolensky |
“Decrease of
number of bound states with angular momentum”, PLA 322, 67 (04) Brau |
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e |
Pratt |
“QED theory
of cascades & two photon transitions in two electron highly charged
ions”, PRA 69, 0112503 (04) Labzowsky & Shonin |
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f |
Novikov |
“Nonrelativistic
double photoeffect on K shell electrons”, PRA 69, 032703 (04) Mikhailov et al |
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g |
Pratt |
“Central
region of spectrum in double photoionization cross section of He” JETP 98,
248 (04) Mikhailov & Mikhailov |
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10 |
Presentations |
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11 |
Manuscripts in Preparation |
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a |
"Polarization
correlations for d,f states", Kim, Goldberg, Pratt |
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b |
"Observables
in quantum mechanics: creating spin polarization in the absence of spin orbit
interactions", Young Soon Kim and R. H. Pratt |
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c |
"Multipole
decomposition of the modified form factors", L. A. LaJohn |
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d |
“Minima
of generalized oscillator strengths
of atomic transitions and the approach to the high energy limit”, N. B.
Avdonina, D. Fursa, A. Z. Msezane and R. H. Pratt |
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e |
“Correlations
in relativistic photoeffect”, E. G. Drukarev and R. H. Pratt |
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f |
“Elastic
scattering of 1.115 MeV photons”, Bhakta Kunwar, Arunava Bhadra, Swapan K.
Sen Gupta, J. P. J. Carney, L. Kissel, and . H. Pratt |
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g |
“Master
equations for degenerate systems: electron radiative cascade in a Coulomb
potential”, D. B. Uskov and R. H. Pratt, for J. Phys. B. Lett. |
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h |
“Some notes
on analytic continuation of the Coulomb dipole matrix element:, O. I.
Obolensky and R. H. Pratt |
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i |
“Singularities
of the Dipole Matrix Element”, D. B. Uskov & R. H. Pratt |
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j |
“Regge ideas
in bremsstrahlung”, D. B. Uskov & R. H. Pratt |
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k |
“Angular
distributions including polarizational bremsstrahlung contributions”, O. I.
Obolensky and R. H. Pratt |
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Also
considered: non-dipole photo (Krassig, Southworth) |
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12 |
Work in Progress |
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Drukarev |
relativistic
correl in photo |
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Gasaneo |
GOS
calculations |
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Kim (YS) |
qm
observables |
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Lajohn |
ff decomp,
independ info & correl in Rayleigh scattering, Compton scatt |
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Obolensky |
Trajectories
of zeroes, pol brem ang dist |
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Suric |
double/single
in photo, AFT in scattering |
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Uskov |
Regge poles
in class/quant bremst, cascades & basis sets, brem singularities |
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13 |
Code Library |
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The
computers primarily available for use are the group's own Sun UNIX
workstations. There is also the VAX system operated by the Computing and
Information Systems (CIS) department, but this system tends to have older
versions of the codes, and new users will find more help available if they
are using the workstations. |
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In order to
run the codes on local systems, look for executables in the directories: |
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UNIX
workstations: /usr/local/atomic/bin |
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VAX
system: USR2:[10104.ATOMIC1.EXE] |
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We encourage
use of the SLATEC numerical library, which contains a wide variety of
numerical algorithms written in FORTRAN. Source code is available in the
directories: |
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UNIX
workstations: /usr/local/atomic/slatec |
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VAX
system: USR3:[PHY.SLATEC] |
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More
information is available on the group's web site at: |
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The group
has books available on various operating systems, languages and software,
also hardcopy documentation on the codes. |
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