SCIENTIFIC ABSTRACT PETRASH, G.G. - PETRASHEN, G.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001240310014-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: June 21, 2000
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

7 7
'ACCESSION UR: AP5010 10
2
lured vith an accuracy of about 10 which is insufficient for positive identification
in column 4 of the table. A
of the-tranait ions' tont at I vely assigned to the.-e lines
6ak oscillation line, oboi~rved in a niixturo of' equal pa)-L3 of hydrogen and deuterium
46% HD, 27% H2, and 27% W, in(~ur-urel with Fui ~Lr-kirii--Y f-,f' about 10 Wilhill
-!the I -1~ 0 band of the electronic transiiion k !h- 1"D Inole-cul-, lk Me.
-,~responsible for populating the vibrational levf!lS in H2, D2, and HD molecules ~n-
1volved in the laser action is discussed in detall in terms of the Franck-Condon prin-
~iple. A comparison of the theoretical results with the experimental data confirms
for poopul-ation inversion in the H2, D-2, and HD molecules.
wz-ha8V-1A- f' ig~ures- and- I - table`v
.;ASSOCIATION, Fizicheskiy institut im. P. N. 1yebedeva Akademii nauk SSSR
10!&sics Institute, Academy of Sciences, SSSR),
T
-0tMUTTED: 281)ec64 ENCL: 00 SUB CODE: ErO
SOV.-- ----'003 6111-77----~ -PRESS-1-A160---,--
-A07
rd--.2 ------

I 21,54--M -UY7(1)/ZEC(k---2/EM-2/FCS(k)/~WA(b), IJF(c) WR
-'ACCEWIDN W AP5016395 VR/0i2D/65j0W/003/019,q10M0
535-853-4
UTHORi P I
61iasb G'. 0.
Qizovj Y.
----------
T=Ii: &~atez for acmate -translation of the mirror In a FAftUML intgJaciater
for
S'QMCE iPribory i takhnika eksparizanta,
no. 3) 1965j 198-200
TOPIC TAGS: interf
erometers two be-am Anterferometer
AMaCT% Thz -interferameter mirror lafastened to a bridge whirb is supported by
t
Itwo flosts wo parallel liquid-filled ~dhwmBls-. The latter are wunted on a
IOOOX1500-m true platen. Four Lnddo rails ensure Btraigbt translational movemen
-Jof the mirror. Tests have shown tbat the mirror can travel Tor 500 = with an
!error in its p1me of 0-2-0-3". The system resolution is 0.01 per cm for the
entire spectrum (for X * 1 (4 ~ the -resolution, is 104) , )IThe -authors wish to thRnk-'.
i3 1P. A. BazhalU and B., A. 'V~7ts ~fq, their constant attention to the work*
V,.-1-.MgjA&-ihd St T&oA;6v for -their vary valuable advice re tb"e
W, the
design, and A. A. Katm Xur assembling and adjusting
gala-WA-S P.
,:system." 'Orig art,, has i~'l 8,
d 1/2
o
S

L 2454-66
ACCWSION IR:
0301639$~
-,
.
-
~1=0~Lkums Pisicheakil: ~na
titut AN sssk uts
Hollow, (mwtit
alaa AN SM)
of lb
.
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SUBKrTTEDi ENCLI 00

006:

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3

VR

card 2/2

w"HumNi P.k.~ uyro-Eli, 'fdl.; PFIRASH G.,
I,
F-~SsltAliv clj ObSer-ying inlaced redlation in the
roglon of the speztrwii. 2.1ho-r. ',kgp. I teor. 'LI-,. 48 no.liq'75-
9,76 Hr 165. (MIRA 1S.-6)
;,, 'ns-Atia` imani LebAdova AN SSSR.
J & I

~ -~ G
BA 71fli Ll 11 , IF . A IN' [A "- , -1 . I " . ;~: I.U.
P-al~3e grre:-atllcn
7hur. eksi,. i tc-;c)r. f,4.-..
1. Fizicieski-; instit,.t imeni N. lcbt:de-,ra 1,14' SS'lzk.

SIZOVV V.V.; PETRASPI, G.G.; TIKHOMIROV, N.S.
Yethod for the realization of an accurate rectillnearity of dis-
placements up to 5D) mm. Izm. tekh. no.3:15-17 Mr 165. (MIRA 18:11)

~33W,-,-6p biT' I )/Z; E~:f t
ACCESSION UR; AT4042i35
Petrash, G. G.
-TITIE.
.,The. study- of instrument induced distol-tions and ntethods for 'their evaluatica
ed rosc
t 61
i rar
f
SOUR AN S
SSA., Pizicheskiy institut. Trudy, v. 27, 1964, Issledovaniya po
(Re-sear-ch in-molec C
ular ape troscop)-' -3 -62
spectrum distortion, intitrument- induced distortion, resolving
power, instr=went function, automatic distorti.on correction, spectroscopic elata
rocessing, infrared spectroscopy
P
'.ABSTRACT:' Since the times of Payleigh, who introduced the concept of resolving
power, numerous researchers have pvblished quch a large rwimber of papern dc-v,-)!Pd to
itistrument -induced distortions in absorption that it is Almost ilnpo!~,;-!,~c
to,produce a complete survey of all these endeavors. Consequently, startine from
t-hp knnun exoression for the spectral distribijtion f(A) in its integral fDT-17,

-33996-65
'ACCESSION NR: ~T4042135
where'V(_),~.~) is the measured true discribution and a the instrument funclion,
the author attempted to present rhc, In the field and c-ncr
trate on tboaeparts most often encountered in practice. Thi evaluation of the
-,true from the observed f(jo is called the reduction process, On the basis

-the-.102-refaranaes$ he diLsousses In detail the optimum recording conditions in
7
the absence of reduction, the reduction to the case of an ideal instrument, the
resolving power of spectral devices, and the usu of digitai computers for the
automatic correction of instrument-induced distortion. Various correction Methods
presuppose the knowledge of the propei-ties of the studied spectra, and the pr(-
perties of spectroscopic instruments. Since, however, such data are for the P,of t
part cothplete ly lacki ng, t hP Allthll r t.1 I TA tO t f it! r nq f vp or Ig f;w- J mc, a 7 kJ r elt~
(Avtoref. kand. diss. M., 11.11 1:
Table I of the Enclosure preaents a bi-Aci muTnuary of theue re5uit5. 'N-v 0i the
shapes nearly have a dispersion appearance and may be very convenient for the et-
t-Imate of tht~ vidtb of the InstrLraent function (2f devices havin8 moderate dicrer-
sion. The author also etudied typical Infrared instruments and foond. P.y_ t:,,Ft

Z/4
,ACC,E$S-IO,N.. NP,-.- AT4.042135
..-practical purpoges determined exclualvi!]y by the width oF the morc3c h r onta t
The accuracy characteristic study u,k,"m tliv 'Tr:11 , 'A"git'll comlyllter 0-,W(,~
t 1- ~f Ai- tL-, , - 1. .. - I .

L MR R 1 orlt I I
AS.S_QCrATIOMr_.-: FLzfct*skik_inst,itUtJM. -P-. N1. Lebedeva- All SSSR lPhysics institute.
M: Oil

Solid naphthalene, - Side ba!-dF
Pyridtne . . . . . . . Veal< sicIp h a n ds
Pyridine
Vispersf on
Pyridine Side band
Cyclohexane - Dispersion
BenEene . Side band
Acetonitrile Az imu t hii I
Cip-
HereA - frequency,Jk wavelength, d container thickness, absorption at
E6 - optical density at t'he maximur bang widthn at the
the may, imm,
vi abscip i0a and uptiudl dIFT"Ity) i7ebPr-dLO'ely.

PETRASIH G.G.
----
Ways to allow for instniment errors in infrared spectroscopy.
Trudy Fiz. inst. 27:3-62 164. (MIRA 17:9)

4CCRSSXW_NR: AP4047930 S)'0056/64/0471004/1590/1591
11M I _,_Catt'a ra tion of -a molecular-hydrogen pulsed lager
Zhuih-al" sksperLid-entallnoy i teoraticheakoy.iflziki, vi 47,
- 159 -1591
:_4# 19640
_46il'C- TAGS,j_ pu 'sed laser,, molecular hy4vogch laserv advanced laverg-
''4-- h d-ro laser ga I e et
ge n a -a r
_47drogen
_p
-The -inerr
ition of a pulsed lalperi which utilizes the
hydrogen as the active substance-, was studied
k~xperiaenta'lly. ~The laser--discharge tubo.(145 cm long and 15 mm in
-di7alme- at was drivan by 35 kv at 20 cps, Both dielectric and silver-
cc Au a : Coil f 0 C a Imirrors were uaed, placed 2 m apart. The emitted
radiation wa's observed by means Df a monochromator with a grating made
i n the authors' laboratory, and the laser output and current pulses
_k"-~..Jvere recorded-on the DESO-1 osciltograph. Six laser lines were
detactedl and fheir wave numbers amd lengths are tabulated. The 1 at to r

A'
k
A k EMA (m) -~2/,EwA -4/Pz-6/Po~4#ab-10/Pf_4/pe
C: ION .5en
CM ION RR r
A
-------- - - X/0101002A367o BY
AUTWRI
atrbscopic alllleatiomi of gas lasers
~'~.SOURCZI Optikaj Bpekbrookopiyaj v. 18, no- 2s 3.965P 336-337
P obability,
C--TAGO gwlafteip laser -action -level populatiou$-~transitiion pr
ities of
bore
A
t -The
a UtaneMs"ir,ansitions with the :Fid of a ga-a- likici. Ordinary spectro.-copic
Met determine either the prod-act of the Einstein coefficient by the papula-
tion of one of the levels,, or else some other quantity, but not the ratio of the
population levels or the PCPUl0tIDn levels the=elTea. Since the gas I"er
ceases to operate mhen the MiLlation levelo beeme equal it beemes ponsible to
det~rwlne'the probability ratios of transitions that begin at different levels,

ties ~#4si,krti best
opq EC4

L 36342-65'- 'a-IG( Veva(
k)1.VWWTW19 90(k Z/
ACCESSION HH' APPOBM EdAW Pn-4/Po_VPf-4/Pqb 8/0056/65/646/Obj/6975
PL WG
-VPL~4 XJP(q).
Bathulinj' V- A.: Knyazev, I.- NV; Petrash, 0, of
IAUTHOR
~-ITTZ:- Possibility''of obtaining stimillated emission in the far-ultraviolet spectral!,
9on:,.
BOURCE: Zhurnal eksperimentallnoy i teoreticheiskoy ~fizi)ci, v. 48', no. 3, 1965, 975-'
IC TAGS:- 'laser-,, stimulated emission,.molecular lase-A, chemical laser, hydrogen
ion-
Cr - The-possibility of'obtainitig- laser action in the far-ultraviolet reg
r transitions between the, upp r electronic-stati-2inInu and the ground
y-, means.c. e e
tat 2 + th
e Isa Eg of e H2 molecule fo5., simplicity, referred-to as tbe-C and the X
states-, respectively) is analyzed. At roam temperaturep 'only the lover vibrational i
e 1 01 = 0 of the ground state (sc(! Fig. I of the enclosure) in populated. In the,
ve
l
~_5-;~-:~~ . . 1 - ..
initial. stage of the discharge, excitation of iribrational levels and C occurs as a
result of collisions between electraas and molocules in their ground states. Accord-
Ing to the Francic-lCondon principle, due to 0ifting of the potential teins, the i
-1. $20 3,4 states of the C level wML be exelted most effectively. The probabil-..

L
6
U-CM51ON lift "__:.AF50VtST5V_
veis-to--tapper--vibrtitional~-levels -of-the- ground~stat6
rw
Will be.re Ilatively high, while the- probtWlity of tran-s- itfon- 9-- to the latter from
the-grQund. state-v"-w -0 Aue to collifiloniq with electrons will be very 3 w. Thus, an
1) :Leveis
vert-da-po-p-ldwaHon
early st charge. When the pump power is sufficiently bigh
during.--the age of the die
stimulided -enissiciii should- acm-r- on some -bands in the spectral- region betveen 110011
M' d' --to-the transitlons-shown-In F I ~ by 4 arr6v~.-~ - Owing to
-1250.. du~ the
mefiry of-tfie'- Hj- molecule j radiativp tran-sitions between vibrational levels are for-
_~~4iddeh.* Also, the lifetime at the upper vibrationia levels, of the ground state it',
Therefore- continuous~~laaer--g4~neration-should--be- Impossible. 1t
pointed. out that the analysis also applias if the 2pcy'Zu+ statte rather than 2pTr
u
ste~te-is the ~Lpper eldetronic level. Orig. akt. hILS.' 1 figure. [CS1
A~SOCIATION:- Fizicheskiy-institut ik. P. N i Lebed61rC.Aktid4mii-nauk_SSSR (~hyslcS
24
Ci GR)
'.:t Ustitute, Academy of enceWs
13UB CODE I ECIOP
67Dec64 EN M., Oiv
Ito _RV 56V!::001 OT11m: 00 ATD PFMS i~ - SM

Ap AP5008759: 77

E.fv , fit

PETFjtSH' I.
Adult Education
Young communicat-Jon workers acquire knowledge. Sov. sviaz. 3, No. 3, 1953.
9. Monthly List of Russian Accessions, Library of Congress, June 1953. Unclassified.

. H.X.; MIUYKTI~-', A.M.; KlICHMAR, Yv.D.- KOVALSVICII, V.N.; FETRASII,_ I.N.;
i CHEU-ty-iF.
Autonatod fr,,o- NA-11. i, n,.-ft. obor. no.5:24-226 ICS5.
(MIRA 18:6)
J. ujorivi'lanlye "DolinanefOll, Dollna.

co in
f 1 (3 s 'In
r L, L3 u

BWERWI, A.A.; ORIANp V,S.; KAJIYUGA, A,P.;
Mean formatioA pressure uxider conditions of flooding gassy oil
and initial data for determining it. Nauch.-tokhs, sbDr. po dob.
nefti no*13:34-39 161. (MIRA 16:7)
1. Vsesoyuznyy neftegazcvyy nauchno-issledovateltakiy institut,
Stanislavskiy TOUL i Nauohno-issledovateVskaya laboratoriya
neftepromyslovogo upravleniya Dolina ftt.
(Oil field flooding)

FE7WHp LN,j VASILECHKO# V.P&
Using field date for calculating the phaselpermability of
rocks for oil and gas. Nauch.-tekh. abor. po dob. nefti
no.160D-34 162. (MIRA 150)
1. Nefteprongrelovoye upravleniye Dolinaneft'.
(Dolina region (Stanislav Province)-011 reservoir engineering)

KOVALISKAYAi L.P.; VASILIYEVA, X.V.; ZAKHAROVA, N.V.; PETRASH, 1.P.
Effect of ionizing radiatLlion on the afterharrest ripening
of freqb fruit, berries and vegetables. Kons. i ov. prom.
18 no.12:21-25 D 163. (MIRA 17:1)
1. TSentralInyy nauchno-iseledovatellskiy institut konservnoy
i ovoshchesushillnoy proMrshlonnosti.

KOVALISKkYA, L.P.; KOROFEYLVA, Ye.V.; TmLAS11, I.P. -
Effect of the j rap! on tbe rate of zipeaninig, and on -.he C:=e:,.-iaZ
quality of tomatoes. Kon.i ov.prom. 17 no.11:20-23 N 162.
(MIRA 15:11)
1. TSentrallnyy nauchno-iseledovatel'aldy institut konservnoy
i ovoahchesushil Inoy promysILIennosti.
(Tomatoes) (Gamma rays)

BIRLIN, A.I., prof.; PBTRASH, L.G.
Acid-relense function of the stomach during M therapy in tuberculosis.
Probl. tub. 35 no.6:57-90 157. OCM 12: 1)
1. 12 fakultetskoy terapevtirheBkoy kliniki Ivanovskogo meditaingkogo
iiistitutn i ObInstnogo protivotuberk-uleznogo dispnnnera.
(FAIM AMINOSALICYLIG MID, eff.
gastric acidity In tuberc. ther. (Rue))
(GASTRIG JUICE
gastric. eff. of PAS in tuberc. (Rua))

SOV/ 137-58-9-19420'
Translation from: Refera,ivnyy ziiurnal, Metallurgiya, 1958, Nr 9, p 184 (USSR)
AUTHOR: Petrash, L.V.
TITLE'S. Cooling Capacity of Quenching Oils (Okhlazhdayushchaya spo-
sobnost' zakalochnykh masel)
PERIODICAL: Izv. vyssh. uchebn. zavedeniy. Chernaya metallurgiya, 1958,
Nr 2, pp 151-155
ABSTRACT: The cooling capacity (CC) of oils (0) of 17 brands was
investigated, including three of the most frequently used in
quenching, industrial (spindle) oils. The characteristic curves
establishing the relationship of the rate of cooling of the center
of a 20-mrn silver ball to the temperature of its center were
used as an evaluation criterion. As a result of the investiga-
tion it is established, that the most satisfactory CC from among
the 0 investigated and used in quenching is exhibited by the
industrial alkali-treated "20V" grade 0 , remarkable for its
elevated rates of cooling in the region of the low temperatures
which determine the quenching capacity of 0, by a satisfactory
flash point, and a low cost. With continued use the 0 vary in
Card 1/2 their CC. The rates of cooling in them in the region of high

SOV/ 137-58-9- 19426
Cooling Capacity of Quenching Oils
temperatures increase and those in the regions of low temperatures decrease.
Bibliography: 13 references.
A. B.
1. Metallurgy 2. Oils-Metallurgical effects 3. Oils--7est results
Card 2/2

%A 11.,~Svvo kand. tekhn. nsuk.
Qkmaing eapaoity of hardening oils. Izv. vys. ucheb. zav.; chern.
met. ma.2:151-155 7 038* (MIU 1135)
l.' Leningradekly gorgy institut Im. G.V. Plekhanova.
(Oils and fate-Testing) (Ketals-Hardening)

C-D