SCIENTIFIC ABSTRACT PARSADANYAN, R. S. - PARSHIN, A. V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001239310011-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 15, 2000
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

NARIMANOV, Z.M.; PARSADANYAN, R.S., kand.mod.naWc (Yerevan)
Public halath in Soviet Armenia during the pact 40 years. Sov.
zdrav. 20 no.6:12-58 161. (Miia 1/,:?)
1. Mini6t.- zdralrookhraneniya Armyanskoy SSR (for Narimanov).
(AW~VIIA--PUBLIC K&ALTH)

~---,PAF9ADAMN# R. (Yerevan)
Meeting of active medical and part.7 and Soviet administrative
workers in the Armenian S.S.R. Sar zdmv. 19 no.12:85-86 160.
(MIFA 1413)
1. Red;Lktor zhuzmala "Zdr&vooxnran-3niye Amenli."
(ARMENIA-PUBLIG HFALTH)

PAPALUNW9 R.S.
-110b.1-Ir-haa2th eyetem of the Armenian S,S.R. during forty years,
Zdrav, Bel. 6 rwolli68-69 N '60, (111M 13:121)
le..Redaktor zh4mals OUravookhraneniye Armenii"
(AFMPIA-PUBLIC HFALTH)

F,-L, _u I -fr
: 78SR
t rv
AL', h jr -r)
~c
:r r C-
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to

PARSHIKOVA, R. I.
PARSHIKOVA, R. 1. "on the treatment of the base of the skull with fiber", Trudy Kishinevsk.
goe. med. in-ta, Vol. 1. 1949. P- 362-65.
SCt u-3261, 10 A ril 53 (LAc,-.is - lurnal Inykh "'ta, cy No. 1, 949 )

USSB/NLorpacilof.~y of M--n ~nimis
t,.-Ii j4t--ij; 1 (--r:' niquu
Abs J,,ur R,.~f Zl-ur Bi-I., N'-:~ '2~5562
Autlior par L~~ G
Inst
Ti tle Hin -,I.lo vil 1.~ "If"d t4 1. i'l ~ 0, 1, Ivi i"I t1j, ii 0 1 -11
11, 11 lui i,,, ~arlif.uu ,f 1,:,c IA vor an,'. Ln Y wii
Mill,.'ren ~uffcrlzi(- Dys,~ntcry.
Or 1 (3 ?U1 Tr. Turk::.. ~:s. mc-'.. -;,,-t-A 5-6, 24c)-C-'(--!
Abstract No ulstrac-:.
Car,-' 1/1

TERNO; UMV; V.ASIL'YFV; PARSHM; VSEKIISVYATSKIY-, TIFYOV-, )aUVTASI; BAKHAREV-,
LAZAUVSX IY
Mrkon' CoMe-. (jq~7 d). Aatroq.tsir. rjo.104:1-1 S
ol ru 11: 10
(CorletS--IQ57)

SDIMM CODE I
TRW.NTQlRv Prokhorov, As Vol Shalmyor Is loll retisay Be Got Prol a Ps Ast
May, 1. No Farshin !_A FVV;V--r.-D.1 Mu"'. T%. H&I Tumt, as va
L A jj
ORO i nwo
TITIEs low-&U-CT !"I
class 3B, No 14M
SMWEI kimmetent iscbrfterdy I t&varrw&& wakov, no, 4, 196.5. U3
TOPIC TABS' I'Dw SUOY 4681- vwmKus. bmvn. tensUmp wtrer*lh, beat realstanas
AB57F=Ti A low.&Uay irtsol is propoow whic& has v&nWins &W bv"n added to it to
Increase rtrangth and beat resixtances its *h9mima coMosition Its 0.13-0-19% C
12-1 No, 0.3.4.8% 81, 0.3.4.6% rr, 0.2,".25% Moo O.OB4ao V 04 0.003% (mx;
SUB COMs Up 20 / W8.4 DATEs in %

-t-3944945 M, ~,-)YAWP(k M')/T/Mqb) /EVA (d)PEWP(t)
ACCESSION NR: AP5066485 S/0056/65/M/002/0393/W3
AUTHORS: Peshlcov, V.';P.; Parshin, A. Yo.
*TI-TLE: -:Concerninq super~conductinq theimal switches'
SOURCE: Zhurnal eksperim6tal'noy i Iseoreticheskoy fiziki, v. 48, no. 2, 1965, 393-403
TOPIC TAGS: superconductivity, themial switch, critical temperature, critical field,
thermal conductivity
ABSTRACT: In view of the impossibility: of reaching definite conclusions concerning the ad-
vantages. of any particular material for use In superconducting thermal switches, the outbors
measured the thermal conductivity of superconductors under candyions similar to those under
which thermal switches operate. A metal cryosta ie described earlier (ZI)ETF,
t containing f
v. 36f 10341 1959) was use(] to obtain and to maintain low temper~fores. Two variants of the
instrument used to meas0i; the thermal ;-Zonductivity are illustrated in Fib. I of the Enclosure.
Lead, tin, and aluminuii b" 99,99%co it werli initially chosen as the object of the investiao-
Mull
T,' 6b0ned rolling single crystals, rolled up)nto
tions. , The samples ~~ere o~~ 0. 05 mm
rods 100 mm.long and ofjAcm_qtjfr close to 1.5 mm. 'Zomples made of pure ti~)~f foil Icteansed
in acid, and of single-c~ys ai IN werealso tested. The temperature was measured v ith carbon
therTnometers 'friprepared to decrease the beat capacity and to increase the
resistance spe:10
Card
r

NR REF SOV: 013 OTHER; 028
Card.

PESHYOV, V. P. ; FARSHIN, A.
"The effi-ien,,-,, of semil trierra- Owft;,nes ."
report submitted for V, lnt~ -'onf or. lr)w Temperature (-, 1 liiri - 1- , , i.', ,
3i aug-4 Sep 64.
Inst Pnl-,sl---al Flrob.~-m!~, AL: %~3F, 11jr,5 ow.

KRASNOV, L.; FARSHIN, A.
Book on th-3 4evelopment of Industry in the Rumanian People's aepublic
k"Developwont of industry In Riunania under people's democratic 9Y'Btomm
by I.F. Olainik. Heviowed by L. Krasnov, A. Yarehin). Vop. ekon. no.2:
128-131 F '60. (MIRA 13:1)
(Rumania-Industries)
(016inik. I.P.)

PARSHIN,,'~ ., kapitan I ranga.
I -, -:177f .--
Battleship. Voen.znqn. 29 no.12:lL.-15 D '53. (bn-RA 7:1 )
(Warships)

FARSIIIII, A.A..iwh.; CIMMYT. P.J.,inth.
RechaniCILl elap, renoval for high-rapacity boilers. Inerpo-m-ashino-
stroonte 4 no.12:4-8 D '58. (MIRA 11:12)
(Boilere)

PARSHIB, A.A., inzh.; HE=K, V.I., inzh.; KWUSTICH, L.M.
Bev boiler unJta at the 114_lanrog boiler Plant. L*zoppiruda v prom. 7
no.ltl3-l,"- Ja 163. (Ml?,A Az2)
(T.A*ganrog--boilers)

BRAUDN. I.Ye.; ZHIRNOV, N.I.; PARSH114, A.A.; ROZENGAUZ. I.B.; STENING,
A.I.; UVAROV, V.V. Cdftefttdr.-"~'~NSHTAT. 1.I., red.: ZHIRNOV.
N.I.. red.; LARIONOV. G.Ta., tekhn.red.
[Modern boiler units; essential components and devices]
Sovreuy3nnye kotellnye agregaty; oanovnye elementy i ustroistva.
Pod red. I.E.Braude. Moskva, Gos.energ.lzd-vo, 1959. 247 P.
(Boilers) (MIRA 12:8)

5/iiii/60/000/001/002/008
E194/E455
AUTHORS Pa rs h i n A A, Eng in eel Po., n i h Engint:er l1kJ
.I r -_
Yu A E rig i ri, - r
TITLE A H i gh - Ou t pu t No t u r o I Ga , F ii, 1 0 J L F I
Outdcor Installation
PERIODICAL En e r g ema sh i n o.,3 t r oy c-n i v t- 1 1960 N6 I 1) 1; if,
TEXr Th i s a r t i I e de s ~ i- I b, , t ho fir,,. S,,% i,( bo,!~r
94 (TGM- 94 h I c h wa 3 1111 1 ! t b y , h, Ta gan y ~,,g R -L i W'~r k -
W I th out Pu t of 500 t on-, 1) a r hotir a I a ;t "am [it , , _'Ur~ of I AO
wi t h aia I n and relit!a t , empera t ur e _)f ~)70 `C 'rhe b -) I I v I w 1 1
naturdl gas or fuo~l oil and will be- 1 ns t a 1 1 e d 1 n t tic, fi,, n o i
The instal lat ion si t t~ I s in an ear thquake r egion TI, ~i-i cirl-I
Is subject to string win(J.4 -,it rying du:it zind mot t sp,,iV At I , h-
a ir tempera tur e in3y f a 11 to - 5 'C I t was 'k, - or (I Ing I y I 1111'~ I t'lll' I
be able to drain all parts of the boiler in, luding flip ~tip~t
heater-,, in case of prclongr-d shutdown during fl ost'~
Be(ause the bolter is to be installed outdoors t h,- f ro m - i , ait i r
complicated and heavier -han i t wou) (I t,therwi se hove bt- ti
arrangement of t1'e boi ler is shOWTI diagramirtat i,ally in Fig I
It fol lows ( tic. (1~1111 I invor I ed-tj of I hill tvi th I ht- sp- I'l I
Card 1/6

s/ii?,/6o/ooc/oo,/oo_,/008
E194/E415
A fit gh-Out put Natura I Gas Fuel Or I Pi red Boi ler f .t Out,l -T
I as I a 11 at I on
f e. a t ur es that t lie a 1 r I i c- i i (-, r br-jught -i t 1 11 f
the bo I I e r the turbo ;,~ n t, r t t or 1) 4L- I ng U v h i it d i t T11 I -It-
the rritin ziteani. pipes it n d is -et , ~i i n I engthening in f It, ~,,i y -
whi.-h i-tre arranged undur (lie b o i iei i, ~oarjjen-xlf~_i Lj,.
simplifi_-,%~ic,n of the hot -it I r dLA , t izig , y jI c- nt Th ., 11 _; e
radiation superheater on (1-se fron, wrill. if th.? bcsili-t inipi i t i
lhf- primary steam cii~_uit A 1 .3 .- it -~ I 'I ow S -t 'ata i I U I t :) , 1 .1
5upe r hea t er surfat e by making mot e r-f f tr !~ i %, e u , ki. f t li e 7 , ti i s . I 0I,
surfares a-, -ompared with a convet, i v , zr ongein~_w UhtAl k0ll 11 1 11 1~
f ue I o I I Al I t lie OW. (- , I . ~ ill)(' I llt:.1 I - is I I I .~ - (111 ,Ill 1 1 r A I t.
In a c oramon %, e Y t i - j I ga sw,j y i rid a r v- inad i n h- r j z on t a I i w I- It
honeycomb at I a n g E M-- fl t a - o r d i n g 1 y rlie~ . 111 e,t!~l 11, 1,~ (1: It,- I
Moreover sh _)t bia I , leaning - ari be iiseil ,! - t It's I ll~ it (i,j r I
f a - t ox f or i 11 owi n f or .- ontami ria t I )it f t h, , , pa r jr,~
~edu-_ed by 3 0 t ~) 5 05 A.~, 1 t wa ~ - ons i d , r t J i no d,, , t, I
*he za-,, sar, th a luminou, f I am, th~ bu-n,:r, cji+~ odp-1--i v, i
n an 1 ami nous f I a are Th ~~ niii ; ri ail) - ri,~ ri , s c f t It t bc, , I ~ r it r I it it
Card 2/6

s/114/60/000/001/002/008
E 194 /E 4 5 5
A High-Output Natural-Gas Fuel-Oil Fired Boller for Outdoor
Installation
described in turn The dimensions of tile furnace chilibl-I III
plan are 6080 x 6074 mm and the height is about 20 in, At 500 ton,;
per hour the apparent thermal loading of the furnace volume is
189 x 10 kcal/in,3 hour burning fuel oil and 190 x 103 kcal/m3 hour
burning gas. The arrangement of the heating tubes is described
The gas fuel-oil burners, intended for separate combustion of gas
and fuel oil are next described On the front wall there Are
28 burners arranged in 4 belts, 21 burners are in use when
steaming at 500 tons per hour. The three upper belts of burners
will mainly work on fuel oil and the lower belts inainly on gas
The boiler lining is also discussed The superheaters are then
described, The arrangement was governed by two main
considerations, The first was the need to obtain rated steam
conditions for both primary and reheat steam when burning gas or
fuel oil, which have different flame radiation properties and
differ in the contamination of convective heating surfaces
The second was the tendency to reduce the convective heating
surfaces arranged in the downflow shaft Extensive use is made
Card 3/6

S/114/60/000/001/002/00F',
El')14/E4r)g
A High-Output Natural -Gas Fuel-0i I Fired Boi I er for Outdoor
Installation
of steel 12XMi~t (12KIAMF) in the tubes but some of the superhe'l I et
tubes are made of austenitic steel grade 1,!",18~~)1211 (lY'hl8Nl2T)
which it is proposed to replace later by pearlitic steel
grade X2M#CP (Kh2MFSR), This boiler is tire first made by th~-
Taganrog Boiler Works with the inver,ted-U arrangement and reheat
The greatly reduced width of the boiler as compared with the
T arrangement complicated the design of the purely convective
reheat superheater, the construction adopted is briefly descrilif-d
The primary superheater has an injection de-superheater in the forni
of a Venturi tube with a diffuser angle of about 3' Condensate
is introduced into the narrow section of the tube through a radial
hole, as sketched in Fig,5 The water economizer is described
also the water circulation system and regenerative water heater,
The boiler had special condensers to tire design of Professor
Dolezal, to provide water for injecting into the superheated
steam to control the temperature, Vhen burning gas the quanij-,
of condensate required 16 65 toris per hour The iristallation held
four condensers located two metres above viie normal level in fhr
Card 4/6

s/illi/60/000/001/002/008
E194/E455
A lligh-Output Natural-Gas Fuel-Oil Fired Roller for Outdoor
Installation
drum. Each condenser receives steam from the drum, it Is
cooled by feed water received from the economizer at a temperature
of about 2400C. The superheated steam temperature control
arrangements are somewhat special because the properties of gas
and fuel-oil are so different. Injection cannot be used in the
reheater. The main control of the primary superheat temperature
is by double injection of condensate produced in the boiler, as
described above, and by injection of condensate from outside the
boiler to prevent excessive reheat. Superheat Is controlled
by shifting the flame by adjustment of the burners. Flue gases
are recirculated mainly to control reheat and as a reserve
Steam purification arrangements inside the drum are briefly
described. Special features of the boiler resulting from its
being installed outdoors are summarized. The main requirement
is to provide adequate drainage in case of prolonged shutdown in
frosty weather. Various services which may be cold whilst Lhe
boiler is operating, and pipes that cannot lie drained during
shutdown, must, as far as possible, be thermally insulated and
Card 5/6

S/11/i/60/000/001/002/008
Ei9lt/E455
A High-Output Natural-Gas Fuel-Oil Firod Boiler for Outdoor
Installation
provided with electric heating, The staff need not be much
exposed to the open air because operation of' the boiler is
largely automatic and remote control is provided. The automatic
control and protective arrangements are briefly described, The
automatic control stabilizes the primary steam pressure beyond the
boiler and the ratio of heat raised in the boiler to the amount of
air delivered to the furnace, The boiler is protected against
sudden loss of load, throwing of water into the superheaters,
overflow or loss of water from the drum and failure of tubes
It has shot-blasting equipment to keel) the convectIve heating
surfaces clean. The main characteri!jtics of boilers type
TGM-94 are given in Table 1, for both gas and fuel-oil, and the
weight of the components of boilers TF-1-90 (TP-90) and TWJ 94 are
compared in Table 2. There are 8 figures, 2 tables and 2 So%,iet
references.
Card 6/6

KRIVOSHEYEV, A.Ye.; RUDNITSKIY, L.S.i BELAI, G.Ye.; NIKOLAYEV, N.A.;
Prinimali uchaotiLrei PL351111i,AA.I.; KNYAZHANSKIY, M.U.; BELTY, 11.I.;
CHERKUN, N.A.; NECHAYEVA, Z.A.; LEV, I.Ye.; BUNINA, Yu.K.
Iron milA.rolla of cerium cast iron. Stall 23 no.3:278-282 Mr
163. (MIRA 16:5)
1. Dnepropetrovskiy metallurgicheskiy institut (for Krivosheyev,
Rudnitskiy, Belay, Nikolayev, Lev, Bunina). 2. Dnepropetrovskly
chugunovalltMelatellnyy zavod (for Parshin, Knvazhanakiy, Belyy,
Cherkun, Ne%fayeva). (Rolls (Iron mills))

PARSHIN, A.I.; KOWSOV, I.Ye.
I- -
Nature of the anomalous behavior of IKhl8N9T steel during tests
for stress-rupture strength. Issl.po zharopr.splav M230-W 162.
NIRA l6t6)
(Chromium.-nickel steel--Testing) (Titanium)

S/659/ 62/008/ 00()//028/ 02 P-
1048/1246
).-:7: ;ar3hin, :ulosov, I.E.
;atl~ro t',.e behavlor of steel 1~,ailPNWL daring
strass ruot ~re tests
-Lr F,
r,3 ~ I ta t ma t a 1, .9 q I a d o v aa
V.8. 19621. 230,'A~j
) v., ith In the t or.-,-)or a t,,ir o
ar(j ro -,ortc,-d "ho steel. was of an uniforiti ft,4.9toni-
I being: C 0.0f3-0.10, Si 0.311-
0.63, Cr j'/.D-l7.1-ot3, :."I C).e5-10-40, S
tno balance Fe. -",X'~)01'I1T1oT1t,,q
of ("I ffel"J'A SIZ03 ~k's Izas 1-0 or, G-TI- acnln 56,17)-51,
t"-int ',.~ stoo'L:3 it " 1// : rl;t,o rktr)vo 5 tho rup,ure stroni7th
..,)cron3nd .-iitq dccrljc,~, 'n.- s' zo. ~ho locaf I )n (A' t.hn In
t,o str-~Ig-it line ve-jr strosi - rupt,iro timo rf)lqti()n-
of the grain size but dopand-
"i-p (10~r, !OF,, plot 1 1
rid o, the tem~,erature -4n,1 the tirne, a.F,., this break at 9000C for
Card 112

II~ , f " / ~ 1, , . j 5 7 - 'S - -1 -I
T r a n s I at ion f rorn Re fe : atz rr-i Meta 1 : i r,-a. U S S
AUTHOR palshin, x~_ I.
TIT LE lnlpro'~lllg tht. Qualit\- o)l Ro.." 0') 1:,
ka(hcs1%a
PERIODICAL T r N* aic U a !"ti rnoN T7,t.l a l I ~1 gi 1 '4V
10, pp 16~: - I
ABSTRACT Conscit ra-lon Is ~4!1'cll to) 111c,isurt's to!, tne q.1a.
ity of cast-ir.)n roiis Stt.,d;cs xerv t (i!idu(ted fron-i 11);l to
19~'-4 with a '. e"o. to 111~'talllng lllagllcsi~~711 laSt-11-OTI J)ldtC 111d
seLtion ra-Is on rned:tini-L~rade and Ia: ic-gradu ii ill and or.
the roughi-ig ind PreflNlShlni~ SI~MCIS 0~ S111all-gradC 1-111'IS. alld
to llistall':IL~ ~'roo%'ed se(tion :-o!ls ~,witi,, ( hiiled ~4.roo%c cs
M i M 11 d, u j7 i - L~ r a (I e a T) d s y i ia 1: - g j-,i (I t- i i i i I l s A (I c s k r i pt i wV; % c:
o f 11c)'A rT id L~ 11 v S I u 11'~ ( a S t - I r ( )n !-, ) 11 s a r c ( a S II I U r (. a S ( )~ C
anal%-zed I or -.he prvi-liature dOfL'ItS tii.it de%elop in l-oI's Spe, -
ial attenti )n ~s pdid to thu k iuses of the peeling and ( ra( k.:ii~ o~
the ( hille(, Actent!on is dc%otcci, ,!so. to the ne,essar%
c a r c tI i I p I A Iill,_, of I ~Ic k olldit 1, .11s of I'llt la 1 hcat lill'y dl,(,' k o0! 1:~L:
f to 1 1.11. 11q: t'~ !w lalkt'l) )I tlIVI!_ SI
1. Rolls-.Revision 2. Rolling mills -APplications

L i4692-66. 1,11~(c) JD
~ACC HRi AF03,5829 SOURCE CODE: UR/0286/65/000/019/0072/0072~
INVEHT0H3Kriboshe.y2v, A. A. kjs Rudnitskd
KMzhane-kiy, M. Rudnev,_O. N.; gandzha G.-N.
ORG: none
TITLE: Allged cast iron. Class C 22c; 40b, 37 sup oo B 21b; 7apl9) Ila. -175236-
SOURCE: Byulloten' izobreteniy i tovarnykh znakov, no. 19, 1965j 72
TOPIC TAGS: cast iront hardness, wear resistance.. chemical composition, iron alloy
ABSTRACT: An alloy cast iron is proposed with high 'we-Ir resistance and hardness
which has the following chcaical composition Un M., 3.8-b-(M~XAY- 0.3-0.7 S1,
2.0-3.5 Mn,, 0.05--0.3 Cr, 1.2-2.2 N4, 0-3 Ti (max) and 0.4 P (max)* [JPR33
SUB CODE: llt 20p 07 / "MV DATEt none

PARSHIN A M - KOLOGOV, I.Ye.
P
Causes of somn peculiarities in the behavior of steel
lM8N9T during endurance tests. Trudy LPI no.219:115-129
162o (MIRA 15:12)
(Steel--Testing)

-FARSH-IN.-A.M.; KOLOSOI, I.Ye.; MARIN..,,~,, T.K.; PECH141KUV, I.!.
Curvaturo of atrana-rupture atrongth curves. YiZ. WA. I Mtbll-OV6d.
14 no.2:244-2-il Ag 162. (RUtA 15212 )
1. Leningradakiy politekhaichlaskiy institut imeni M.I.Kalinina.
(Stra."Lw and stresses) (Curves)

?gBRM-Awj rich, Izzh,; 'ZHERKMKATA, L,B,, insh., red,;
~ -DIII--Wkqi ~o
MMIM, D.P., red.lid-va: GVIRrS, V.L., takhm.red.
(ways of prevetti-mg brittle failure Is ;KhIB997 steel products
during heat treatiment under stress] Pull ustranestia khrupkogo
rasrushentia lzielli iz stall IIhI8N9T pri termichaskoi obra-
botke v napria2acanom soetolasli. Imaingrad, 1961. 27 P.
(Leningradskit Dom nanchno-tekhnicheekoi propagancly. Obnes
peredovym opytom. Sortie: Metallovedenie I termicheskaia
obrabotka, no.8). (MIRA l4s12)
(Steel alloys-Brittleness)
(Metals, Irfect of temperature on)

s/ r, (,,3/ 6 2/o()o/ v. j q1oo21eo;-,
! 19VE38-5
mil J%olo-,ov ye.
,::I e oc 1 1 1 C I or, t u r es 1 11 r 11 C, 1) er f o I-Ill') ric
,t col L;< I l') tlKh1bN9T) (iuring cro(,p t i)st-s
I. v LII.,i t I t. .1 tI Ild y
% M?1 f~L o o 1 1, 11 (- pr es erit ILI L ho fr!~ s t u d I vu, i n
'L t o I t. h e grzt 1 iI/ s t e el I h h L 3N9T Oil L t S U'r S a t 0 50- 1) 50 OC
A ~' I .PI r s h I ri , I ~ 11 r I I I I k (v era z r-ii S h en i v e n er zh ev evil s tic Ji i k h s t n i e.v
fit It tV t r,X C t LI r- C 0 1' 1 1 .1 111 1 Cs.- steels)
i ox, ed on I y , , -~iid p Iom.v. I z ,1 11()0 , nc) . 'I f t %'rilS (A).', Od L 11 1 11 0
of "k I:, wo 1 k t 1It 'tillerolit melts of the Strel stildled
-I d ed d i. f ic, nr k. 1 ts1LI111!4 ,ill Lhe C;19(-- Of tWo oil', ()I I cmr
X; ~ (' I- !.m (' n t a It, I,i(~C I-es IS Lanc e of the ~it eel dec reas ed
Wit!-, I.IiCrPcl.9 1 11 ~T L~ I- ill 1,L7(1ho 1) of the present I liv c s t I g -
j cc t
ation was to pluc,.diAr f. t;io rial ure o" Lhi-, anomalous eff (~ct Th v
ox p or iment ,l,r(,,',, C,,jj-I.,,I ()lit oil hoL-rolled rods, 20 - 55 rlim in
diamet. er , and on ~,poc i ;-.i ens o 1' 1) 1 a L e 16 and 2.5 nim t h 1 c k .To
c I .1mi lia L v L h v pos s 1, 1) 1; i L y () f b - L, err i t a a ff vc t I fig t 11 o r es 11 1 t !I o f
Card 1/3

ZI/ 505/6~-1/000/
C a Ll S e.,- o u'1) e 4-C l . . . . Ll 9-,/ E383
L. 1- 0"1 IL " L s . ::."I (-I-1 n, i I ri.,4 r' a i I s t e n I t e ci ri v w (- r f, 1 1
III Ole te"LS. C1 I e i., r r 1 ~4 L z, t i i e t e s t p I e c e s r a i igr e d f r in I
, k ) IL i I v F-) C-T --~ o -) ) - 5, (. L) ~-'l t) 9 - 9 0 ) s c a I e ) . Tile compos i t ion of
tile st. eel vari ed w it I-, Ln the l'o, 1. owi ng 11.111 i t 9 ( % 0.08-0. 1 C
o 1 - 6 5 C . 97 - I . I -, \:n 17-17.9 cr, 9.85-1o.4 Ni , o.m,)-o.oi6 S,
0.0'-,o-o.O-)-, I, iind 0. -0. 0 i'l ; the I 1/C r.-itio Varied betwi-en i . I
a I-ld b . I . :1 the : Ir- ~,ci I e,~ ()I eXpel-lillerits tile t line- to- r-lpt Ul-e
c u rv c s w (, r, - c o i ~,s t r u c t Ed I )v various inelts of steel li\il t. ert (,(I
a t, u 5 0 0 u ' C i i I ii i e v s t i- e., r a ng 1 iiq f r om I - 2 6 kg/ aim t;i (2
C1 ow.- ill ('it *, '-St. ),-I (-Cc was also
,~lt loll )f 4,;lc h 1 J~ IL I n it
t es L s W (! I- (I c ii 1* 1, ~ -.(I (,kl t. 'f 11 e r Psil I t s w er e i lic olic I lis IV 0: 1
L C) I I --, i1 1 1, Wj ~, es tab I ish ed between tile t illif-Lo-l'ti pLill- (I
Llie ~C~rilllL k Z 0 0 1 L:iv tt-t-t p.Lece, but tile creep-res.I!,t.ince of
t ti 1 !5 .1, t e (- IinC r (-,IS eu w L t hlTicri~asing grain size in som(, cases arid
deCI-P,iSrd Ilk CiLhel-S. i-juently, the variation of th(~ micro-
structuro (if thl, test i)iec es ditring the creep tests was ntudied in
rel"Itiolk "o gri, 111 the concontration of Impkiritivs
such as J , 11 , N , Pb , -:ii , ~~b , B;, , Zn and Al waLs dot 01,111illod .
Conclusions: 1 T'Ln e-to-ruptxire of the ateol depande on itis
j)J,1St1C1LY, Wil turn, is a furiction of the grain size. As
C1,rd 2A

s 1,
.D/,61/G~-/non/2i9/00:-)/002
S W:1,
II I " - I Izl~ I 1) 1) L h e 1) i ~l 11 t I C I t V I L 11 e ~, t P J IT0 1 1
cl'f1('j,-:''- I ~t -Ilic C, 'i ~, v " 1- %~ ra t i o i s an o t h e i, f ;I -- t o c )n
il T) 1 3 - t IL I L L e ;,,n I bN,) i d e p en, I s n c r .,.-i - 1. 1 1 1 s
L 11 1, )."-1 k. t, r I I T~s o bou L ft d (~c I- ,;I s I I, t I I (- p 1 .1 1 c 1 L
11 s 0 -L I IIl i 0 1 t -C t o I ex ( e!m; S T 1 1) -c Oill 1 Tig Ino I- r, ;, r ol-I -
,I C k, i t I ! I. I Ic r co I I, [,;I , 11 S I Z, C . ;,h I -i ex: 1) 1 a ills " no 'Inom;li o t 1.~,
~, 1, 1 k I r- 0 L t !I e C, I ~ c i' -Ii t In e I , S t vs L ed 3) Thr! excess Ti i L,
1,1-(.c I ;,I Lilt ("I ilt t!''. ~:I 'iln ijuunazi r i es in the form of a secondar.v
-L lit el-l"I et'l I I lc com'~-uvj,l. %s a i esult , the st rerigLli of Lhe gra i ri
~1 r I d ec I- ea 4-. iie i tit ci,crys tall lne -91.ip is suppressf-d an~'.
C k 10 17 0 r I'l LI L I () n is snii'ted to the grain-bovind-ary r e.~t i ims
i,,nicri I eads to premal-1,11- 111-1 t t] C fracture. 11 EX c e ss I v e c0lic Prl-
t 1-~%t loll (if rl k J a /(- (-, ) Is one 0l the main causo-q of i nil) n I r
~J!701~el t I e s Of th4l St- eel studi ed. T 11 (.1' 1, i1 r e
f 18 u r e!. a n a i) i es
Card 3/n)

ACCESSION M: AP4010(>69 S/0129/64/000/001/0019/0023
AUTHOR: Lebedev, T. A.; Parshin, A. M.; Kolosov, I. Ye.; Pechnikov,
TITLE: Heat resistance of titanitun-stabilized austenitic chrome-
nickel steel
SOURCE: Metallovedeiiiye i temicneskaya obrabotka metallov, no. 1,
1964, 19-23
TOPIC TAGS: steel plasticity, fine-grained steel, coarse-grained
steel, X18H9T steel, austenitic steel, titanium-carbon ratio, arsenic,
antimony, sulfur, phosphorus
ABSTRACT: M investigation of thc durability and plasticity of
X18H9T steel revealed that its coarse grain prolongs the durability
in some cases, 3hortens it in others and leaves it unchanged in still
others. It was also folLind that the durable stability and plasticity
of the ateel are to soino extent determRed by the titanium-carbon
ratio (II-) in the steel.. A ratio of > 4 - 5 tends to reduce the
C 7
Card 1/2

ACCESSION NR: Ap4oioo6g
durability and plasticity of coarse-grained steel. The durable plas-
ticity of coarse-grained steel 13 considerably shorter than that of
flne-grained steel. An Increase in the titanium content of coarse-
grained steel reduces its deformation capacity, but fine-grained
steel, whether produced commercially or in laboratory, is not affec-
ted by excessive titaniLua. Such low-melting impurities as lead, tin,
antimony and arsenic, even in small quantities, have an adverse
effect on the heat-resist-ing properties of austenitic steel. Labora-
tory-produced steel is found to be more durable than commercial steel
because it contains fewer impurities. The use of very fine-grained
steel for durable products to be used at high temperatures is undesir-
able. Fine-grained steel becomes brittle at room temperature after
prolonged aging at high temperatures. Orig. art. has: 2 figures and
I table.
ASSOCIATION: none
SUBMITTED: 00 DATE AOQ: OTFeb64 IENCL: 00
SUB CODE: ML, AP NO REP SOV: Oll OTHER: 001
Cord 2t2

PARSHINO A.M.; GC.ID3HT~.'YN, L.Yti. ; PEUNIKOV, 1. 1. ; I-E,'NOVA , N. 1.
liarcieni rip uf Kr- ~N2,2b-2T-~ a I fo 7 luw' rij~ a g- rig at 600-750
Metallarvei. i term. cbr. met. no. 1Z:30-33 D 165.
~MII%A 1~.121

5/126/62/014/002/nOB/01A
E193/E483
AIJT110;1.'-II Fars,iin, A M. , Kol osov , I Ye Narinets , T.K
Pectin ikov, I . I .
T 111 )Cfl cc t 1011 point s on tile stres-4/t ime- to-rupttire ( uv%
Fizil(a illetallov i metallovederilye, v.14, no.2, II)b2,
2114 - 2 5 1
tivn da t a on c reep s t rengt h of' all a I loy a re p I o t t(-d i ii
t h e 1 0 gr 0 / I og (d coordinates (where 0 is the effective ~tr(-~S
and 1-4 t i me-to- rupture ) , t he. resul tant curves often have a
deflection poini., tile change of' slope occurring usualLy at low
va I ue s o I' W not exceeding several hours. According to some
workers, this e7fect (which should be taken into account wht!n
results of" shor--time tests are extrapolated to obtain tile valuc~s
of C under cwiditions of prolonged loading) has some rjhysicc~l
Signif*lCance reflecting a chan 'Qe either in the mechanism of
deformatinn, or in the structure of the material. 10 Check tt.1"
theory tile present authors analysed the results of' a large riumber
of shor't-time creel) tests condUCted earlier by Parshin on
austenitic. IXIbH9T- (lKh18N9T) , and dispersion-hardening, .7 1)
(E1696) , X I8H22H2T2 m118,N22V2T2 steels a t 650 to 950 cC
Card 1/3

'EWA (d: I /T J~ t) 1&-P (z) /ENT (b) /EWA c) M.M; ` D
L 12089-66 IEW (w) i
AP60DD6O8 SOURCE CODE: UR/0129/65/000/012/0030/0033
AVTHOR: Parabinp A* DI.; Gol'dahteyn, L. Va.; Pechnikov, 1. 1.; Leonova, N. 1.
ORG: none
TITLE: Mrdening of Xhljjji22V2V2 iusteni tic chromium nickel steel Af ter aging at 600- 750'C
SOURCE: Metallovedenfiye I tormicheskays Dbrabotka netallov, no. 12, 1965, 30-33
TOPIC TAGS: austenitl,c steel, metal hard-aningp chromium ste2l, nickel steel, phase
anslyzis/ lhllBN22V2T2 siustenitic chromium-nickel steel
AMUCT: Austonitic Ur-Mi steels alloyed with 1.3-3% Ti arl(widely used; their high
w4chaitikal properties are achieved by *hurt (10-20 hr) asinOt 700-750*C following
-a4itanitization., Yet tle mechanism of this hardening, a-s--veM as the nicrostructural
tiAnsforlsations occurring In the steels consideredp has not yet been adequately in-
.,"atiMtede Rents, thmk authors investigated specivens of industrially manufactured
XhIBN22V2T2 steel subjecte6 to oustenitixation at 1200*C (for I hr) with subsequent
witer quenching follvood by Isotherml aging at 500-950"C for up to 50DO hr, These
specluens were subjectei to tensile and Itspact-bandIng teato at room temperature and
their sicrostructure was examined by seana of optical I d electron microscopes as
well as selective oxidation. FiDdIngs: Impact stranStbliscroasse at temperatures at
which tensile strength lucreases; resi&URce to impact loading& decreases with in-
113 VW: 621#7W&M669614.018.89

ACC Nk Ap&=608
creasing aging time; sit 1200% (1 hr, water quenching) the nicrostracture of the steel
tonsists of austenite and primary carbanitrides of the TI(C, N) type and there are so
excess phases on grain boimdarics and twint. Hardening of this steel Is accomplished
only after aging at WD-7509C* D94ading on the time and temperature of aging, the
following IntermstalUde phases ftey appear In Khl8W22V2T2 stool: a) phases O-Ni 3 Ti
with face-centered cuble latticelvb) phases a-Ni T1 with hexagonal tightly packid
lattice; C) pbasea Fo,,Ti with hexagonal tightly ;;ck*d lattice; d) cy-phavise of the
O(Ct, W) tyPO With V-UT8*IW Cypa lattice. A coeparieve of the changes occurring in
-'Abi meebanical properties of WNW= stool at room tomp*rature with the changes
In.sicrostrdtture owing to aging indicates that the sicat Intcuse hardening of the
material, accompanied by a decrosisain impact strength (and plasticity) occurs during
Ow period when no cbangv~o as yet are detected in the stool I a microstructure. Hence,
:bardoving during this stsge of aging Is not associated with the segregation of a dis-
Crete P-Ni3Ti phase sudo Instead, Isi couvol by preparatory processes within the
austenite grains (rodAstribution of Ti) preceding the segregation, The hardening of
/111,teel at 6DO-73D*C suiy Ni attributed to elastic d1swrtions of the siusitenite lattice
in the pro-segrogatitm zones of thjtP-NI3Ti phame and to the steel's Inability for
10MOSS relaxation Under those cond ions. Softening with Increasing tine of aging
(e.g. at 7501T) to cimditioned by the stress relaxation occurring on the foiMation,
segregation and coagislatl-on of the O-Ni T phase. Thus, hardening in caused,by prepA-
ratory processes witlain the grains of Re solid solution, preceding the segregation
of this phase, wherejas w2ftening, on the other band, is caused by the segragaLion of

13.2099-&
ACC NRr Ay6OW6()F
the Intermetallide. These findings also refute the contention of Sorokin at al.
(Zavodskaya laborstorlys, 1959, no. 6) and Blok at al. (Zavodskaya laboratorlya, 1957,1
no. 8) that.,,hardening Is attributable to tho formation of the Intervistallids phase
O-Nigi with ftco-centerod cubic lattice* Orig. art* has: 5 figures
SUB CODI: 11, 13. SUN DATE: none/ ORIC RM 003/ OM RV: WO

.~L2Waa,f& EPF(-n).',,/En(m),4/EWA(d)/EWP(vi)/EWP(t) IJP(c)- JD/JG
ACC NRP AP602009t, SOURCE COM UR/0129/66/000/003/OOh9/0053
AUTHOR:, Parshiso A, M*VKolosov, 1. yo.,
ORG: none
TITLE: Effect of grain size and the ratio ot'niobium:carbon content on
the properties of Khl6ffl5143B teel
SOURCE: Metalloviedeniye i termicheskays orbrabatka metallov, no* 3,
1966j 49-53
TOPIC TAGS: steel, chromium steel, nickel containing steel, niobium.
containing steelv molybdenum containing steelg beat resistant steel,
steel grain also, steel rupture strength, steel ductility / Khl6Nl5M3B
stee3.
ADSTRACTs The effect of grain size and the ratio of nioblunicarbon
content.on the rupture strength and ductilfty of Khl6Wl5N3B cWr-omium-
nickel host-resistant steel has been Investigated* The steel contained
0.07.0.09$ C, 16% Cr, 15% Nit 2.8-2.9% Not 0.43-1.56% Wb; the. IM&C
ratio varied from 3w5 to 22*6, the grain else from 6 to 2, and the test
temperature from 2*Lto 1100 C. The room-tenperiture tensile mtrengtlk,
of fine-grained steel was found to be higher and the ductility and #I

L 2D628-66
WC NRI AP010096
notch toughness to be lover than these of coarse-grained steel. In
both coarse- and fine-grained steels, the room-temperature tensile
strength remained unchanged and the ductility and, especially, notch
toughness decreased as the WbtC ratio increased. At temperatures up
to 650C, the grain GiAe had practically no effect on the tensile
strength, but at hijer temperatures the strength increased with In-
creasing grain size .1 Results of rupture strength tests at 550-950C
showed t coarse-grained steel has a higher rupture strength at
650-950C than the fine-grained steel. The Hb:C ratio had *no effect
on the rupture strength of the fine-grained steel, but in coarse-grain
steel the rupture strength decreased with increasing Nb:.C ratio, The
ductility of Khl6Nl5M3B steel in the 550-950C range decreased with
increasing grain size, especially at temperatures above 650C.- in
1000-hr tests at 800C, the fine-grained steel had a ductility of 15%
and the coarse-grained steel, about'5%. The ductility also decreased
with increasing 3b:0 ratio, regardless of the steel-graln size, The
decrease in the ductility Is not contlinuous howeverl,,and at a certain
time before ruptureq the ductility begins to Increase. .-The higher the
Nb:C.ratio, the sooner the ductility begins to increase after contin-
uouely decreasing* OrIS, art* bass 5 figures and I table* [me]
11
BUD COD33 I UBM ~DA?Es none/ 0110 Rlis 003/ OTH RZ?s 001/
.ATD PEZ69:1

PARSHIN, AlektTy-_4WlqyevIch; CHERESHM.Leouid Trofimovich; ARKHANGELI-
-M f - -�.-t . .. red,aktor, FLIKINA, N.M., tekhnicheskiy redaktor.
[ChGSP-50 two-sbuttle silk loom] Sheklo-tkatekii dvukhchelnochivi
stano)t ChGSP-50. Moskva, Gos.nauchno-takhn.izd-vo Ainisterstva
promyabl. tovarov shirokogo potrebloniia SSSR, 1954. 159 P.
(Looms) (maA a:a)

ACC NR: AR6027505 SOU!"CE cc'D!~: U~Vuj i7/111/11
AU7HOR: Parshin, A. M.; Gol'dsnteyn, L. Ya.; Pechnikov, 1. 1.;
TITLE: Strengthening of Khl8N22V2T2 steel after aging at 600-7500C
SOURCE: Ref. zh. Metallurgiya, Abs. 41132
REF SOURCE: Metallovedeniye i tem. obrabotka metallov, no. 12, 1965, 36-33
TOPIC 7AGS: high strength steel, austenite steel, metal aging, stress relay.QtIon
MlBN22V2T2 steel
TRANSLATIM: Sheets of KhlSN22V2T2 steel were aged isothe-.fnally at 500-5500C fc'r
perkds up to 5000 hr, after austenitizing at 12000C with subsequent waTer quC5c*T,_:-,.,--
T
Ahe steel samples were tested in tension and impact bending. Microstruciures wcrc~
I,Vzed by light and electron microscopes as well as by x-rays. Strengthening occurro~'
only after aging at 600-7000C. Thus, after aging far I hr at 6500C, a Was
b
to 16 kg/mm2. In the course of subsequent aging for periods of 500 hr, 06
21 kg/=2. After aging for 5000 hr at 7500C, intensive softening occurred 'n tl-le z-ecl.
The strengthening of zhe steel at 600-7500C was explained by elastic dis-,ortions 014 t,-.e
austenitic lattice in the Q-Ni3Ti pre-precipitation zones and by the resistance 0.f t.-.e
steel to stress relaxation under these conditions. Softening during prolonged aagizg
UDC; 669.151261241271295.017.3:621.785.78
Cord 1/2

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eta 0 is 6 ilia
'Sol S. st a a
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00 kadleywir.-pb2ta) in heart muscle A 14. I'arshin, .00
CoM)rn . acad. ici. L' R. S S J, 5'-M-711n Co-rina'n
.d
tW4 (104).-Tht pieformird adenylpyripbomplioric
atid (1) was extd. It= about I q of I" (w rat heart .09
mu%cle toy %feyetbot's Inethod, frindfins the tialle with
powd qlws and 0.9% KC] TI)c phospbsir was ittlif .00
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niethW rhe ext. was kept at 20'. About 0.10 mS, I
41100, 0 in the ext from I S heart tissue di3apprars In 45 miff. zoo
Addit of N&F (0.8, 0.1. 1) 05 W to tbt KO %4n Wore
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trut 0 Mr, M NO has no effect Addet of IClI,COnII
(II.M. 0 1105 M) accelerates the decompm. (1 %-,30 m In.)
9a KCN (O.C?0.5, 0001 Af) even in the prearme of TI M
NAF PrMitites, extremely rapid decornpn. o! I Since see
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I it ffrh Intel. I pi S "glumn< imas is,481"l, agul alict
a Iticallb's autnlysi,. only 1.33 1. Coirsomint dec"upti.
pwodwtz writ not ot anved. DunuStbeinumth'sautoly-
all thr cv"tio! was transimn"I into nratininc,
1hr arm ot wbich Nil.. r-klu I N. NIl,N
Ijums 1, i"Inj VI. IV. I.
0*FRI mate of
Zoe
&visa smostle timoss A N - Pm.hni aml M. A. [IA.. in -
i -A.va 1b,J. 810-Wi 11p I-, mm, anwitur h&d I-n
lound in avian uiwck, but no mroominr. The outImns ago,
-tuvredrd, howevrr, in aw,lafing 11 W a atnosirw from ihe
1.1mi 4 10 gTVW ~ III ho I It cohrm
*0 goo
goo
00 zoo
goo
pr. en, e
W

a h'L-
2 1 6 Of 161 L 6%CK AL ?.Tff*TUSI A%SIPK&TIC% tie 0
see
, .... . ..
0- J
go
.0
u
0 0 tv 1. 3. a 41 a a a n u ON ULD n
0 0 a 0 :V, 0 0 0 0 0 0 0 0 : : : N 9 0 0 0 0 0 0 0
0 090 401000009 we go 0 oie 0 00 00 000000000 0

PARSHIV, A.N.
FAtracto or nitrogen baste in muacle, tissue and their biological sign-
MC8nCS- VII. The preaunt of nnw-liie in thm muncle of shfiq. A.N.
PAMHIN PND K.A. PUPERN--KOVA ( DY11. OF PTOCRFM. , LEN11CRAD HRA?ICI?
OF TRE ALL UNION INST. CF EYPERIMENTA.L MED. BIOK.3, no. 2, p. 169,
193F.

~***easS, @egos 0

A L- A A-J -A it it ~L a 0 1, j &- vt ~c j!,
00 00
so 00
00
00
go
Tbr do-lection .3f hi9tidinr amnnj the ratractivo nitfu
Son baste of arnooth muiKle Ot N v-l.... I'.. . ,
00
-ed " pt, I , , K a. !) I - I It,
m1m, J Q4 kil ~IIIJIOAIII.. VOL111 I .101 11 1
511 4,01 . h.., m-.11 .4 Ifi,- 1-arm. t.v W.
"pt" ..,h 1, .1111 141,1111t, -.1
-00
I "I 1u 1-m'- I .. ..... w-4 %ONO Vwl.1"ll It

00
00 j
00
of

C,(,t

14-11tIf LOS, 0

1
I
1
.
n "1 .
.
0 0 4. ISO 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
IsTem: 0.0 0 9 0 * 0 0 q m a 0 0000000*04000*0000
0

a a 4 4 * 0 41 4 4 * 4 a 4 0 a -418 a .0 a 4 4
8 0 a 0 it 0 s 0 0 0
l,
b
A
It 1

0o The Oestractabtit bits" of mulad-
T
hilratrai,ir
111lissue and their blolvVical siZatiltance VII
A campalse mad *awvftmv- AS N I~Ar,ht
Illplattirl f
nl
l 8 0 V- V
v
41 A ISOb n-kjaVOO 4.11 :-j -^I PtM' t*
,
(,- :06 a P.,
ItO. Iucts,
n
,,
:
Igli.na'. u -n
;,1--4 -1,111 an ,,
..f oh- .4.1 On .1d ...... K .4 1
00 ind I- -1, 1, I-Ohl, A I., Ito t I h. I n.

Ii: nO,tKnI b.ch mar'$-
00 Or ,41. %plititnit VIII The occurrence of carrimor to
he muscles of cold blooded enimsts % % I'Aithin
;
*0 j g ....... I .."I
-ut -- .,It.
00 j Ili II h, p-t,-m hs l-thnK. fill-
Ing I-InOIS Ili, lali,llt~ .,Ili CCIAlk,11 41,
00 1. n-o'411-t -Itl III-1111 . InnI l."lird to
00 Ih, I -- It. I I, ,-,1 1.1-1 1 In- In-
All,, if,. -In A- t-illd nh 10-,
00 &1 jig-1. -1 V* ' I 1,~A 1. 1 h. 1111 .., ..Ih
1.
11,N. fr-I of 11,SAI, ,Onlh lla,010,, aculthi,,i -1th IMI,
,nd piml -th SO)-, Ag.%*(h in the of Bi ()If,,
M~ AS pill iiii, d-ni.1 linth F1,41i amf thi, 1,~td IT-1
III, hit-S, R.,-,v,t,l Ili" ,, 23:1 ., - In
;.IIInIF thr aq ,In .I tht, lm,iir vrith CnO), a COO
..N.4 W. cn. I. On nl~t.n-l
It
wo.
0 It 0, i. IF 1
1busn"D is 0 110ftip Is 01 a 11 4 a Of n it n
;
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
Too*** q!9 too,0*14119 0 00000111110111100,09
4 4 4 4 4 4
0 a 00 0 4 so
w . . I I; ., . o
6,
-00
00
00
-00
-**
09
.00
00
-00
.00
,0 0
00
110 0
40
0 111. 0 a It I It 0. 5 111! a
0 0 0 0 0 0 0 0 0 0 0
99

6040042 99 see sea*
1"I'MR701 law-
L-1 -L-L 1 11 "--1 L-#MA 0 Cut a IUM A- 6 j.-A --a L A i A 1 0 A A
0,3 1111-1.0 ?.W Ope At 1AD afto 4'. Cecil)
00 -09
Ths savoseav= wtivactive Cuterw Cd tha Ovada UUM -00
gad its biolDigical impewtow. Thoostrynkscavan1bgtof -4100
Carsafas sad of baseriap istu paijew Wpaista. A N
008 PWA'%' fibu. boal. MM. rxpd. U. it 3 -09
ftil"I'V11rat. ZrWv 1930.11,4,121; H C. A. 54, Wo -4119
004
CM12ceint and anwriDr were iuid~-d to ussavrated livet
0 %plrev and kbdner Owe of freshly 4aughtered aninuil, mud -00
0 619r, I-FOS" weluninarY treatment Nih. NII.N. lustuline.
.nd sajallow wegg deld. in the prvpns, Conteary to the
00 j r;kmt of 'Ievtwin (cf. C. A W OSW) the hydr-Ay.6 whkh
a took Place pnwipaby in the Wary wasdut to the acitm w
dip A w5abr. winm ~:=olymt id was *howu It. 1.
z
11 vni I.-ard M G Moore
COO
90
ko PO
'121: 600
7"0;;
goo
tow I!
I '. I . I A, I L .
a 1 T- 10 so. .0 .."1 C~I evi'l-, ow
U a AT 10 at mo -1 1 a 60 a 0 0 1 0 go 2 A a 3 1 9
b ;.- 'I - t' it a I f, I d"11
0 0 0 0 0 919 1), 0 0 0 0 0 0 a- 9 0 0 0 C 0 0 0 0 0 0 0 0 0 0 0 0 0 0 4 0 0 0 0 0 0 0 0
io;~4 j 0 111 9 0 0 0 0 0 0 0 0 9 0 0 0 O's 0 0 0 0 0 tis 0 0 0 0 0 goo****
09 0990

0 9 0 1) 0 0 IS & 6 a 4) * 0 a a W 4 *40*4441* 004 a 1 0 0 9 a a 9 a
OW9, ***-Do see GoO& 0 0 0 1* 09#9406619960 0 9 q o 0 0 0 0 a : : : a
au " h n to v .4 1, k I. u W to 1-0
VA 1 00
00
.00
00 0 0
00
004 -00
of -00
00 Zmf Our urytim tih a glv.,r,j %, .4 -111
The vil"em-ccetsimial glitrectives a, muirde and their "ItICY, "' wit 11 411- 111- 1 ( .4 20, W.-I 14~ 147,,
b1fol4tid importance IX 7~ie dirvIdstion of carno Whril 1.)Ih I Sm...m. 41.4 .1-m. ,, 1". ~ [I, . I...' - .1
Ding in 'the &XIMA) arsanjam N Pait,lain und % A th, Cal 1. ".j 1"I it., J, it, 4 1-01 If,
:o lltiffmlp,~ 14wIthms%,; 4. .0 1 1 13. Ou mt " ppid 1-1 fig".. coo
00 (" 16- 11w tff,t max. it, Ih, I .. ..... pff 'd -- .... ... --'M, md ~t--. z00
the an .... ^I 6.1~ [If, I ... A , I.. -.l I_-
00 lantsdiD.. . hf~h tff". . t, ~pj-- -. . ,, tl~. -,n, f III, X1 Nature of "mostur and sasence hyd"yuc em
00 rMirps apparmOv lAke, JIJAII IT] fill kltjlj1)r% 2 zyznp 1'...j k -.! ---- - I-
gvtbcW for the quantagrib d-lerminstion of camosizat f.v 1 14.
00 z IS anbehor A N 11:10 ... coo
of t,,d -Vulw if I -Thr
see
00i "so
Go
*0 ire 0
too
Lo If I %a .,Z)
v a it N a n n 11 it m m
0, 00 0 so 0' -0 0Ole 0 0 0 go 00 0 0 0 00 0 0 0 00 0 0 0
04b.0000

f I 1 *1 1 fit
Fate of phthiocol in III& animal body A
I.,nmicrad Branch, ltl%t Filifl. Nf,,,l I Alij
41 1 19114WErkslish StIfInnary). -JAthlurn! Q,
lit o"114 not be i%~
00 tit, air..,triber tilt, 44 the butuall tuleogrif bactl
go r hydnilirsis with KOH cOW4 phikkvd be
;;"lc. . plithincI)l is a sminorlitry pintolititt. wbl
go 1, -n the *al. 111 4 a ormwe WMW
plas
0 fitilit Towls, a roll 19 IN
0 wv P14 In 11n, 111161" $1141 the friorillArt in 1,
00 on wiA TvW134141114 jiblinthr sod I'M. 4rid i.
- 1-1'"1 0 4,14 mw ml, Phtlin-1 I, %
I 'h."Ild 1,r uuA only with I
00
go J
010
go

11 .10mobs, Ulf!
It,
00

;v,; i I,
hVI-a-
I fro",
Ottiv .00
AinM
r#wlt,
wit it,
bhu"I
-00
InA 1-~ -,0o
I'Wit'.1
III%.,
1 0
-:0 o
goo

.:O0
.00
=00
100
to 0
I v -71 1 s a 'W 0 3 1 1
:0 0 0 00 060 0 0 6 0 0 0 00
0000004000000 0 0 111 0 0 'a 0 0 o
OTM& 0 0 0 0 0 ~ 0 1) 0 0 0 0 0 0 * 0 0 0 0 0 0 & 0 0 0 0 9 0 0 0 0 0 0 a 0 0 0 0 & 0

sea
pal 0
or "
A A S 6 A ~ 11- 9 L _I -L PA N.Q 0
oil 4 1. Im. ODM
Alf
04 44044'sa-06
b, AS lit V0 ft 0 11 '1 di . M
to I A I., 1_6 0 A I 's

00-2 Dikelopijowatitto groups do tool oxW in 6o protein

00 Ar 13oleculle. A. N. Pasthilt, wuJ F. 1. Niloolseva (1.1"I
I I.&I , Minsk). '- OW14WI)v; 112,179-050947).- When the

009 form of 11-histidint onto 6 hydi..
where-
ego &I protein" hydrolysis yields optically Utivit amino scidl
f J1
i
f
d
l
i
i
ll
T

goo -ain
nto
aints. o
-ba
bt furmat
on o
sma
the
n.
d
h
e &III.
ue to t
Icids an protirin hydrtAysis is, as Ls known,
twist formation and brtrolysis of diWopipersiurors forms.
The 8,11n tit pV docts not increase the loydrolysis rote

00 4 1 by liC1. tolliviving anhydriLks ~ movvc-l
tinchangrel when led to rabblis and rists. tit when given
00
.nd di-Irucylglyxilat. 1U diprptltdc 1-histidyl-di-lit.ti-
09,3 -line (11), in. 220', is prtpd. by kentins a soln of 2 1 of I
37'
d
IV
%O
i1
t
i
2
l
00, (
unt
it. pti
e
n
00 m
~ at
B" 38, 4173)
.
fl.
lormati,iii is at an end. as dctd. by the amino N
00 a The cAlc'1. amt of as(Oll). is added. and the An 1,

! lift "I front EUSO., after having stood at 40' hic 4 hr~
AAL rh"filtreic and wash water arc corAA in va"iiiii at 40*
SAA 11, the lwmnf of crysIn and wt asoik in a cool pl- ov~.
'llsht Yield. 0.7 It 41. after tecrystri f"n walti. di-
teate, tn. 191 *; diftirsaxive. In. 21P. A tr%~ niriverisent
M
netluml (A prepx. 11 is by hydrolysis at I with to. I S N&011
When N N&O)l Is oved. I be prhicts are 11, Irre hionfinv.
:.ndutwhangrdl. Ili% split onlytilrdipeptida-4, Amin-
Joe, .,lyjwpfids.~ and rartomypolyr,eptidaws are in,apalAr
J %adittiroff 11 2N orvIrretwes 1( Prle'llrv
.1 616-IL i ORTALLIAGIC&L LITIPAIURI CLASSOKAVIC*
-via. to.
7i-t4iiI 3% 4.1
Q.1
U U As IV Li Kx
It I a KWO It all a I a or a 0
00 ; ; ; ; ; ; ; : 0 0 0 0 0 4101 00009 40 0 0 Its & * 0 0 0
;Z449 0 0000000 **so 0 00006 0 0 6 0
_00
_09
Lee
zoo
00
:;0 0
600

Ndv 1947
d1olne Amino Acids
So= ZXperjm=tal Data for the Zstab3.jab=Mt of a
New Themy for the Deamination or Amino Acids In Aul-
MAI and Plant Calls," A. N. Parabin, General 7bysiol.
qW Section, Mwtitute or fterim=tal f4edicino,
Acad=7 or macai soienoez or the usa, .3j pp
"Bok Ak Naue Vol L=j No 4
DwIng - years of renearob on the disintegretim
aVA synthesis of oarnoolue, author vaA never able to
*2&rU,jr matters concerning Ito components: 1) histi-
4=00 and beta-awaino in the anlm%3 orgens. In thIs
artIcle author dleouases histidIne. Part or the ezpw.
Iwats were. cooducted to olm-ify -tba natuw of -the. -
3M73
M=/XVdIQiUG - Cells (dQQtQ N~QV19
h1stidine molecule, and uroomaic acid. Submitted by
Ao*dmloian K. M. By3cov, 14 Apr .1947.
4M

FARSITINP 11. N.
U&M/Medlclua - Amino Acids - DeteraInation Dec 194T
Medicine - Celle
"Sume Exper1w)ntal Data on the Basis of the Now
Theory of the Dbternination of Amino Acids In
0
Anlm&l and PILnt Cells~ A,. N. Parehin, Inst Ex-
perimental Ned, Aced Mad Set USSR, A PP
"Dok Akad Nauk SSSR)' Nova Ser" Vol LVIII, No 7
W14t.
I'Dinoiple intent of experinents, to olain role of
hIst1dIne in animal and plant oell. Brief account
of experiments and results obtained. SubaItted by
Academician K. M. Bykov, 25 Jun 1947. Same paper
aloo ptibliehed in above journal Vol LVIII, No 4,
1947, p 621.
Ow 60T48
PA U)T48

PARSHIN, A. ti.
26278 K vopr-osu o nabolee udobnorn sposobf? poluchenlya - Alanim, Ukr bi okhz.
Zhurnal, 1945, No. 2 s 103-06 - Biblio~;-r: 7 nazu.
SO: LETOHS' NO. 35, 1949

pra
SOUIV IUJ~bf k� ~bk 00" 40COSTIPOSMAND Of L-bMidi"
In thy, orpumm al mommal amS tautmovia attimals. A. N
INarshim and T. A. Ckwyukhina (Caftea lost.. Amd. I-led-
SCI., lAviulmd). Bsokbimp Is. 4W-MAIM); ff
Parshin. Do"y Ahad Noul. S.S.S.H. W, 141 1047).
The 6r at at in the wasymic davrnpri. of L-4 dnne in [be
livrr to thoWmatkm of ururanluir "id. The lAtter ormlet
,be influ"" of another liver onsyror. wonaninam. is frAna,
formed into a new cornpd. a# unknown structure. All
that is known about this ensymic slaipe io tbat when thi.
w0atlo)r* is titatoil with NoOli, a utol, of Nil. is III "A
Ial'immilly. a new arnino &cW is f"Imml
c"U'l to mo fcwttw%t hoot biatidine by the beer "mm"
:
The hislidins cimmulso jnucese is not linat"I to the &elk*
ol a.deantirsam and tuomniname. A third rnstrink
system exists in the kidneirs that demmp. the Imnsforms
tion prWuci of um"ninic acid. Ifistidisir ma-st-liam
Irva intemsi~rly in cancerms oats than in DIWIn4l
,at$ Prk.0,Y

CA
Most conment rpol'al'- "t alst-ne
I hi-i
If It
61* until lnohwltrs~, L,w 2 IT- 'I:, #'A-
o,ernight. --sklifit,cl 1,, AL .... C,,r,,l -Ith IILI i-S-
M-o w thi- f'.50- ext.1 will, I I If.., I 1- .11
1 !44, I'll ".III I-t( M. ifir, ~f J
"OVI ... .111. A, , Ilk I
It,
I"t itI?it) fill 1,11,11 -.1 1.- -1 .1.% 1-1,1 ..It. ~111 \I],
wit 11 th, \11.k I
In. V I .b.I I I I
IMAIII .0, 0-1
amt ;all. 15 I'll, ,p:: A t- virld, 31) N I

Forination of carnisains, and anserme to skelvital mus
cultiture of embryos and tumor-beatrial; animals and the
div.-arny of these dVoplides In litail moult A, N.
flarshin and T. A . GurYukitina ((hlcolo ) No . Arad
W41, ". I' S.S.R.. Llininfrad) Pokly Abad. Namb
S R, 73, M 1 -4 ( I Nil) C .1 32. X-0 It 0; 34. W41
Civinwhir and sn"ne are fitand in chwk ruituryo, skeletal
fullwic hum the 17 111 [Nth day oin; lit faldwit ruittiVift ffmn
the ~!%) to 2411th day in. In p,%tuatall period the &nil In.
rreu.ses. Swe the appearall" takes place when The mar-
phological and functiorial forinuitirm of the muscle is e23en-
tially complete. the participatm of the t.o substances in
mu.,cfc contraction mechantsm is doubtful. In rats with
;raviplanted malignant t umws,no stnifiva,l difference was
ound In the content of the 2 dl tepilk .in eiriiijariourn with
healthy specimens. while creatine and advirusinetriphos.
phairs are very 14- Heart inu%cle of the row. pig. rabbit.
ic
I cxt contain !" tinift 1- cwn-int, an,1 an-rine than
krictal niuwlr O*s lim trig 1; total of jwuh) The
-f the ,,,th,-l ,f -in if thee ul~j.n- .~
Stan, underlined. ai it ran lie u%ed for "n of most dit-ef,
inethml%, even after thed-hiptnent of the chromatographic
rurt h,.Is C, Nt K(WAA1.,fy

PARSHIII, A.N.; TATARSKIY, V.V.
Initinl stpges of fermentntive trnnsformptic-, of r, ne
liver of normal and tumorous nnir-sls. Von.med.khim. 1:41-51 151.
(MITU 11:4)
1. Dioldiimichepkpyn lAborntoriyn InntitDtp onkologii AWI 5'06R,
Leningrad.
(TRYPTOPHMI) (LITER) (TUMORS)

A!~ tL-
C017-
The ustwe cl petpOlvow -t proub ftnlios 6al we ab-
sarW from Ot 4n-rsb 9 into the Nood. A. N~ Parshin
~nd L. N. Rube) (Acad lifed. Sri. V-S.S.R.. lAMb3jm0-
DiWady Akad. Naak S-S.S.R. 77, 313-if,(1951).-Ififb-
proteir, dirt (csts end dup) leads to aliarply inersew anstru,
N And rr*iJual N in the blloo& At tempts to &twt pol*
in the b&xA laikd. an indicatium that absorptim
,"vr, exviu-m~e1q, n the form .1 frer amino a6de ex vxh~
Th~ t-% methud .:as enaymic Innihattor, A 69,evirizised
&,a-pk.s and confirms the chrunutogrisphic stu4p reported
by I 1,,si and Sichiffina ( C A. 43. MOM) G. M. K.
1-4yjl

ay~tnejss oi camotint ama anamne in development of
experimettal cancer of Brown-Pearct type to rabLits
A :", J'AT4-1 4nd T A. GocrulihinA ((NiculoXv lfj,t
Leninvail)'.-PAWY Akad Sauk S.Y.S R~ 77. (WI:.
grafted with a cattcetw% gtuwth (tit the
nw-le tktur) show a &-O-Iold dmcj%c iii the iirnt. J An-
%(itne and twno4ine lit the muscle, so that analracs inu,t
tic dont on cotivd. tats Tht dmirtiw is iscmupanied by a
t~nsiderzblc Increase of activity of b4tidint dcam-naw And
uracaninipt The enhanced destruction of himidine pre-
~Cuta noftmal fortitition of the 2 dipcpWks, Fwing
,.oriniIrilibits hive wine 4 6mrs nwrt anwrint and vir,
no,inc in ilicir inacle fime 04n the cAncer-inlect"I %I.ri-
ttivn~. n Out the declit,e in th~ tattct cA%e cannot 1w %holty
ittributtil in ouiritional fjrlor~ Solwutam-u, ad
:IiIIII'trilmil d holi'line to C.UILI-Ious rabbils ]rad% to W-
TrAw of the caztl~nr and anscrivic Cotic"I to aitno%t anginal
rls G, M Kooliwff
7j-l

10
53. 1419(1947). CA 43,:i#rc.-Wietbyrh6tkiinegubsmte
with rnirxvd tut liow or kidney "irtel as the sictive
twinci,ple mcain, umhanged in the ist caft. but shmm
oxidative cleaminsitim in the 2hd isixtsisim TU fibeiriatim
.1 NU. tAbcrs plom at the extWnte of the Kill VOUP of
histidisir to riw, clipts with iat% wbm N b elissibisitc-d as
ism, rfmfim thin oborrvatim. &% introdiset6m of metisy).
histidine Weresson efimina6m of ures and cd oubstwxvi that
give a pm. dluo reartitin. i.e. imM&tokz wilb fm H in I
positim; metbribistidiuss cinm a ties. test. 7u dp-
aminaticso and drosethylatbm am.- in the kidne".
0. hl. KOODIAPON

PARSHM. A.Ii.
Fatr Mi'l-huilovich Nikiforovskil. ~ W.,75-4-5 )t"-Je
051. 011--f- ~,:!)
OJV-Iforovallcli, mikhailovi--tx, !)z)

PARSHIN A. N. and 3,ZRYIJK-LN;, T. A.
.*Synthesis of camosine an,~ anberLr-e tri 4u,," iiver ..6KIJWY td~.Aj. Pjju~.
68 (113-l16)
Dogs witn Fck ftstulau uhoviud a v, ry iwiciL ruoucod cnwnt of ariz,:vLak, anL~ caruutuciu iri
the Musculatu.-e. This Suppults the IlYpOth(Iflib thilt SY11th(JULU U1 0CVtII%,
in tne liver. Ttie activity of urocaninase izi very zslieht, an,~ LliL ruLiu~',..j uannot ov
ascribed to ~'Lstu*pd enzymic func,Lion.
IAUStr.)
SO: F-XCEHPTA M,,DICA - 5ection 11, Vo~. 'I, No.

A. N.
Ilan 21 b
animal "I
.3r,I.A
4 by Weil
.A. 417 1 tho C4 &k P-red a amb
wismie
b t d a the pood a im of varkov
T ,, or
thr. A
6.0 at ago tnWts In rtady deva&tion of b6tidlas but &H
attem;ts to bobte glutamic " as the Va mall or by cU%-
tropbomb led to neg. readts. Addn. ci ddbwab Amm.
of slulamle &to to surb a mcdon raist, lea to lb ready
ecop" (go the HCI ball) showbs that OA iwU00D
ftt M"Int IS bot tr"ormed dk"y into g%Upk wM
by the attion of livfi. G, U.
ur
ri ry's u Ss

FARSHINI A-N. (Leninj7ad)
Proteins and tumors. Usp.blol.kh1m. 3:133-151 '58.
(MIRA 12:6)
(PROTEINS IN THE BODY) (TUMCHS)

PARSHO. A.N.; HAUnTVA, Z.V.
Formation of nicotinic acid from tryptophan in the liver of nor-Mal
and tumorous animalo [with summary in English]. U)u.blokhim.zhur.
30 no.6:831-839 '58, (MIRA 11:12)
1. BiokhimicheBkaya laboratoriya Instituta onkologil AMN SSSR,
Leningrad.
(NICOTINIC ACrD) (TRTPTOFRAN)
(TUMOILS)

i'Ai~sfl IN, A r4. ; ;?4 'li~.,Ji Al it, Y,~.V. ; ji 1-~ 11 f)t'( V A, V.8.
F,"fir *_,(,rV_~t ~ , r, ,f r , rf ' n-? iT.Lv- , e tumor ; Ii I hl~s. ;,kr.
WG~h-'-x. zr.,ur. 3#~ no. 4.536-';"`~ 1 (~i. . 1 P . I ' ~
"M I]- A I
I . 5 " Ckl. -, TF. i 'At~" kitya 1 't b(_-&toj ~Yfj jj~~tl tjj.;j ~,nv.( . I AN.N ,
iA~n ninid.

7 1
or*
on~*.
17,

r) f3

PARSHIP ._A.R-I-Parshyn, 0 N. 1; GORYUKHINA T.A. (Horiukhyna, T.( . ];
- ~USHEISVA, V.S . llkl~rsheneva, V.S.1
Comparative study of some properties of histidine deaminase
in the liver of' normal and tumored animals. Ukr. biokhim.
zhur. 33 no.4:5,14-523 161. (MIR1. 15:6)
1. Biochemical. Laboratory of the Institute of Oncology of
the USSR Acadenry of Medical Sciences, Lenirwrad.
(HISMUNE iffAMME)
(LIVER-CADGER)

PARSHII,,'p A.N,-, ALEKSMIDR Kh,]..
Proteins of muscle tumore, Jc~,!~ A!; SSSIR 143 nc.1:228-
,30 Mr 162. 1 c :2 )
2
1. Institut onlccl,)gii S3SR. Predstavleno akaderdkom
A,I.Oparinym.
(TIDIORS)
(myoslv)
(ACTIN)

SOLOVIRN, A.L.i SH'-'IOT.4EV, A.E~; IVA.NOV, I.I.; FAMHIN, A -N.; MMKHAIA,
T.A~
3ome data and conBi-deratiorin on ponalble moano of chemotherapy for
inelanoutas, Vop. onk, 6 no..6z88-8c? Je 160. (141 aA 14 -' 3)
("Vilosil, ')
(TLR40M) -- 11, (CARBON--ISOTOPFS)

FARSHIN, A.N.-, ALLKS,'~.NDR Kh. L. (USSR)
"The Proteins of Muscle Tumours.11
Report prl-'5ented at the 5th Int'l BiachendAry Corigreti:~,
Moscow, ID-16 Aug. 1961

GIAZUNOV, M.F. ; KUZINJNA, YeJt. ; UUMA9 A.P. - LARIONOV, L.F. ; PWI1114,
A.N.; PETROV, N.N., prof.; PETROV, YU.V.; AAKOV, A.I.; SEREBROV,
A.I.; KHOLDIII, S.A. ; CIIAKLUI, A.V. j SHABAD, L.M.; HULEVA, Y.S.,
tekhn. red.
[Manual on general oncology; in sw-mary form for medical students
and physicians of all specialties] Rukovodstvo po obahchei onko-
logii; v kratkom izlozhenii dlia studentov-medikov i vrachei
vsekh spetsiallnostei. Le"-igrad, Gos. izd-vo med. lit-ry Medgiz
Leningr. otd-nie, 1958- 3&~ p. (M.IRA 14:7)
(ONCOD)a)

IVAFOV, 111ya Illich; YURIYEV, Vlad4Lr Anatollyevich; PARSHINp A.N.p red.;
CMMAYEVA, Z.V., tekhn. red.
(Biochemistry and pathobiochemistry of muscles] Biokhimiia i patobio-
khimiia myshts. Loeningrad, Gos. izd-vo med. lit-r-y Mad iz, 1961.
274 p. (BIOCIONISM) (WISM). fm'iu 1-0 8)

ARKHP21GEL SKIY N.M.; SEREBRIN, L.A.; SAZaqOV, I.I.; PESFKO, N.K.;
SHANUFMKO, V.I.; PAYNGFMH, N.S., inzh.; KLrtJCHL?V, V.K., inzh.;
PARADNYA, P.F.; LU4CHEVSKIY, M.A.;PARSHIN, A.P.
Additional potentials in the development of multiprogrPunm
brcadeasting. Vest. sviazi 24 no.12:13-15 D 164
W11,A IF:2)
1. Nacha,11nik Faragandinskoy direktsli radiotranslyatsionnoy
seti (for Arkhangellskiy). 2. NachiLlinik Cdeisskoy oblai3tncy
direktail radiotranslyatsionnykh sotey (for Serebrin). 3.
Glavnyy inzh. I?izhBkoy direlctBii radiotransly-atsiormykh setey
(for Sazonov)- 4. Starshiy Lnzh. Rizhakoy direkts"i rvd'~olrfirn-
lyatsionnykh setey (for Peshko). 5. Nachallni-k laboratorli
Nauchno-issledovatel'skogo instituta Ministerstva evyani SSSR
(for Shanuren4o)). 6. Gor1kovskaya direktslya radlotranglynts"on-
nykh setey (for Fayngerah, Klyuchov). 7. Nachallnik Klyevskoy
gorodskoy direlctsii radiooeti (for Paradnya). 8. Glavnyy inzl~.
Uzbekskoy respublikanskoy direktaii radlotranslyatsionnykh
setey (for Un~:hevakiy). 9. Nachallnik Uflmskoy gorodskoy
radiotranslyatgionnoy seti (for Parshin).

SATpAYBY. X.J.; BORMY2T. R.A.; AKHHFJ)SuIN, U.N.; BCIX, I.I.; KUSMV. G.L.;
SIIRDIYBV. E.G.; SHLYGIN, Te.D.; SHCHURRh, G*N.; HOWICH. V.K.;
UNONOVICH, I.I.; LOROT, T.T.; NEDOYEV. G.TS.; NOVOXHA SKIY, I.?.;
BARBOT-DII-MMI, AJ,; GALITSXIY, V.V.,- KOIXIIJN, X.F,; ZHILINSKIT,
G.B.: KAYUPOV, A.Z.; KAZANLI, D.N .; SATPAYIVA, T.A.: A13DULKABIROVA,
M.A.; GAZIZOVA, K.S.; VEYTS. B.1.; KRAYEMINOV, D.1j.; MUKHAM=HANOV,
S.H.; CHOLPAHM.OV, T.Ch.; PjRSHIN. A.T.., TAZHIRAYNYA, P.T.; TANUWVA,
R.I.-, BYKOVA, H.S.; VOLKOV, i~.N.; BOLaOV. 0.B.; MITRTAYEVA. N.M.;
CJI(5KhMYNV, S.Ycl.; KUNATEV, D.S.; YARMSKAYA. M.A.; RKBROVA, T.I.
Tireless explorer of the depths of the earth's crust; on the 65th
birthdny and 40'~h nnniversar,7 of the scientific engineering ac-
tivities of Academician M.P. Rusakov. Test. AN Kazakh. SSR 13
no.12:96-97 D 157. (MIRA 11:1)
(Rusakov, Mikhail Petrovich, 1892-)

SATPATRV, K.I.; POLOSUKHIH. A.P.; BAISIMI, S.B., ClUK114, Sh.Ch.; BOWKAYMV, R.A.;
AX1114NDSAYIN. U.N.; KUSHXV. G.L.;SHCHMA, WHICH. V.K..- XMTEV,
MS.; LAVFDV, Y.T.; BARBOT-IM-XWMI, A.Y.; GALITSKIT, V.V.;ZffILINSKIT,
G.B.; KATUPOV. A.K.; KAZAITLI, D.H.; KOWTILIN, N.Y.: Ml&'HAADZWJi0V, S.M.;
SATPATEVA, T.A.,VffTS, B.I.; GAZIZOVA, K.S.;CHDLPAllK=V, T.Ch.;
BTXDVA, M.S.; MITRTATRVA, N.Y.: VOLKOV, A.14,; ClUKABATIff,
S.Ye.; TARMKATA, M.A.; KHAYRMDIW3V, D.Kh.
On the 60th anniversary of the bIrth of I.I. Bok, kcademiclan of the
AcadnrW of the Kazakh S.S.R. Vai)t,All Kazakb.SSR 14 no.10:95-96
0 1513. (MIRA 11:12)
(Bok, Ivan Ivanovich. 1898- )

Zli. A.; AU&ZOV, N.V.; -3,A'T' I STICH Rv-
"'AaASOV, .'J.; ',L~Z4110VA, li-T'-; BAISREV. S-B-, -4j~yy" OV, -h -3
B.-XTUR()7, BO(',ATM,,V, A. S.; 130K, 1.
'T.L.; BYKOV 1'.S.; ZHIT,I:,SKIY, ZYKOV, D. ~.: l7A-7K 1~;,
aZATILI, D. KAYUPOV, A.,,., i[EUMBAYW , S.K.: K01f)71LI':,
K-MIATEV, MISHE.V, A- I .,.; O.Zb.; '-'-.X"
G.Ts.; 1:0t:ll~i, V.K.-, MK%7MY, IIMZ~tt-AOV. G.;
PARSH111, POFROVSKIV, S.17., POWSUOIN, A.F.; RI-NiAKOV, Y.F.;
simaim, 5RYeUlJ,l'!, S. Sh. ; TA'~Hl 4ATIKV. P.T.; 7AS~NKOV.
INLYGITT, Ye.D.; sHcH al.Cl,. CHOLP,-57'Lov,
of Ar~i~~-jictnn Xnnvsh 'xit-3ov. vp s t.
,~ll Ka2a'O,. SSR 15 n,).ft:~P-61 Ap lc(;. (MIRA 12:7)
(3-itDanV, K-irysh

BOK, Ivan Ivanovich, ekademik,-.--PAW)i-Ili-,-Aleksoy Vasil'yevich, kand.
geologo-mineral.nouk; KORCTOYalY. H.F., red.; ALM~IOTA. P.y.,
tekhn.red.
[Mineral resources in Ka2akhstenJ Poleznye iskopeerVe Kazakh-
atana. Alm-Ata. Izd-vo Akad.nauk Kazakhakoi M, 1961. 50 p.
(HnA 14:4)
(Mines and mineral resources)

1; . ~, .
ABDULITT , A.A.; IITTITA"-'J~ "',' ' ' , , . ; PV1 i i I , A , V. ; `,Y ' 1 1, , f
Fo-.- 'iTthr.r (1r v(, I r,f 7-- ', ' o' t".c.
J. r. el I I ~; t i, -~ a I r c - i r. r ,11 -,v. '~ -n:~v.' -"or.coo) . , 1, " .
(: J-~,~'. 14,1111,
OY.racanda- -"inos rv-d nineral resources)

'TI 1, ic, "-I
u %?.c rT-
ov I.
.116 n fae n

FARSHIN, A. V. ; ? .' i '-'ST2:OVA , L. B.
Methods for lowering thn ' Lme conDt&ni, of thb Input c1r. ~-U- t
of electrompt.rIc amplifiers. Pr~b. i I,akh. eksp. 9
I
1-1-Y-Je '64 (M:RA 18,.1)
Backgrmird nc~se oi~ wide-band ele:--rometric. runnrl-,fiers,
lbid.t94-102
1. LenirFrELdBk,-,,, poiitekh~,iQheskly in.9111tut.

P.kMIM;, A.V.; USTINOVA, L.B.
Mectrametric amp2ifiers an subminiature tubes. F-ib. i tnk'r..
eksp. 9 no.3tlO2-107 My---Je 164 (m I FiA 18 - -. "~
1. leningradskiy politeklmilchaskly lns~Atut.

ACCI;_*.SSION NR: AP4941024 S/0120/(,4/000/003/0088/0094
AUTHOR: Parshin. A. V.; Romanova, N. N.. Ustinova, L. B.
TITLE: Methods for reducing the time constant of the input circuit of
electrometric amplifiers
SOURCE: Pribory* i takhnika eksperimenta, no. 3. 1964, 88-94
TOPIC TAGS: amplifier. electrometric amplifier, electrometric amplifier time
conslant
ABSTRACT: Two methods of correcting the transient response of electrometric
amplifiers are described: (1) a correcting filter in the negative -feedback circuit
and (2) a positive feedback. As the. correction efficiency does not depend on the
circuit type but rather an the order of the equation describing the circuit and on
the number of independent correction parameters, both methods promise almost
equal results. The reduction of the output-signal rise time is limited by: (a) the

PAR~;111N, A. V.
Tmprove Lhe qij&ii-,,,, of pipes for boJl(.-r unIts. ,- : -.-
6 no.3.34 Mr '62. ~.Iji-~' ~ ~ . ,
1. (,Ia,ny-y inzhener Tut~urirogskogo zavoda "Knianyy
(Steam pipes)

1ASHITSIN. G.Ye., inzh.; PARSHIS, A.V.
Prevent burns by electrolytes. 3ezop. truda 7 Pron. 3 no.6:12-1?
JO 159. (MMA 12:100
l.Vostochrqy nauchno-imeledovatellskly institut po bezopaonosti
rabot v gornoy promyshlonnosti.
(Blectricity, Injuries from)

PARSHIN,,#Ieksandr Vasillyevich,,inzhener; GOLUBKOV, Leonid Ivanovich;
TIRABSFERV, A.I., Inzhener. redaktor; VIRINA, G.P. tekhnicheskiy
redaktor.
LRighly efficient ,operntion of locomotives; the practices of
the Kagan Depot on the Ashkhabad railroadJ rysokoproizvoditellnoe
ispol'sovanie teplovozov; opy-t depo Kagan Ashkhabadskoi dorogi.
Moskva, Goo.transp.shel-dor.izd-vo, 1957. 36 p. (MLRA 10:6)
10 Nachal'nik teplovoznof,,o depo L--gan Ashkha.,Oadakoy dorogi(for Farshin)
2. Starshiy dispntcher otdoleniya Ashkhkbadskoy doroei (for Golubkov)
(Locomotives)

ACCESSION NR: AP4041130 6/0053/64/083/002/0361/0369
AUTHORSt Anufriyev, Yu. D.; Parshin, A. Ya.
TITLE: Tenth all-uion conference on low temperature physics
SOURCE: Uspekhi fizicheskikh nauk. v. 83, no. 2, 1964, 361-369
TOPIC TAGS: low temperature research, cryogenics, liquid helium,
metal physical property, semiconductor property
ABSTRACT: The regular, tenth all--union conference convoked by the
Scientific Council on the Problem of "Low Temperature Physics" was
held in Moscow on 26 through 30 June 1963. The total number of par-
ticipants exceeded 500. Approximately 120 papers were delivered.
The program of the conference covered properties of liquid helium,
superconductivity, electronic properties of metals and semiconductors,
cryogenic techniques, and many other questions. The introductory ad-
jdres8 was made by Academician P. L. Kapitza. The present status of
ira
1/15