SCIENTIFIC ABSTRACT BRIN, A. I. - BRINBERG, I. L.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000306920012-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

SitL:,Ai.--Jl CT PtO. -12'6 I~ULI'AiC,-l liz Tho
-un,
Lw.r~ I-j
(Y
SO: Lonthly LiA of 2, I'C,.

IVANCHENKO, F.K., kand. tekhn. nauk; MIRONOV, A.F.,
inzh.,-_PIL !
?L J -:~7 .
in7h.; KORDABNEV, I.L., inzh.
Studying stripper mechanisms and ore transporter cranes.
Stall 24 no.5:476-479 YT 164. (MIRA 17:12)
a

--.BRIX,.,3.X.;-.1~MMTSOVA, R.D.; STRISHNEVA, N.V.
Mechanism of convulsions induced by pyramidon.
Biul.ekep.biol. i med.
48 no.9:98-100 5 159. ' (MIRA 13;1)
1. Is kafedry patofisiologii (zaveduyushchiy - prof. B.M.
Brin) Severo-
Osetinskogo maditainakogo'instit-ata, Ordzhonikidze.
Predstavlens. deyst-
vitellnym chlenom ANN SSSR V.M. Ghernigovskim.
(AXIMPIRINN pharmacoi.)
k-

STIJI.IY.v L.A.; RAFRCUOVA, O&N.; BMW, L.K., kand.
med. nauk; KRIVOBOKOV,
S.A. (Kryvobokov]; VOLOSHINOV, B.M. [Voloshynov,
B.M.), dotsent
BICHKOVSKIYj V.N. (Byshkovstkyi, V.14.1 dotsent;
POKOTIWVA, V.Yu.
[Pokotyloval V. IUI; KOLESNIKOV, G.F. (Kolesnykov
H.F.]- ZLATKIS,
L.S.; SAVOSTIYANOVA, S I ; BRIN D.D. [Bryn D D.);
MAYON,
Ye.A. [Matviienko, IEli;IR ~Z, L.G. [Epshtein,
L.H.], kand. med. nauk; SUKENOVICH, L.A. [ShBkhnovych,
L.A.]
Annotations and authorst abstracts. Pediat. akush,
ginek. no,3:
31-34 163 (ILTRA 17 t1)
1. Khartkovskiy naucbno-issledovatellskiy institut
okhr8ny mate-
rinstva i detstva, (for Stuliy). 2. Tafedra detskikh
bolezney
Odesskogo meditsinskogo instituta (for Safronova). 3.
Ukrain-
skiy institut okhrany materinstva i detstva (for
Bats'ka).
4. Detskiy Banatoriy dlya rekonvalestsentov ot
taberkulemogo
meningita, Kiyev-
.. Pashcha-Voditsa (for Krivoboko*). 5. Detskaya
klinika Ivano-Frankovskogo meditsinskogo instituta
(for Volo-
shinov). 6. Kafedra detskikh infektsionnykh bolezney
Krymskogo
meditsinskogo institute (for Richkovskiyj Pokotilova).
7. In-
stitut infektsionnykh bolezney Kiyer ( for
Kolesnikov). 8.Kharl-
kovskiy obla tn d tskiy dom No.1 (for Zlatkis,
Savostlymovat
Brin Matvey:M~. ;. Kafedra pediatrii Kiyevskogo
med-:iAnt1toa
(for Bronz) 10-i'Kafedra fakulltetskoy pediatrii
Gorlkovskogo med.
instituta (for Yepshteyn). 11. 2-ya detskaya boltnitsa
Shevchen-
kovskogo rayons, g. Kiyeva (for Shakhnovich).

13RIK ~06 6
21571 KlipisilovsMy A. A.; i DRIN, G. 1.
Perenos vodoroda ot askorbinovoy kialoty k kodegidraze 1 pod
deystviyem svetal pogloshennogo khlorofillom,
Dolclady Akad. nauk SSSR, Novaya Seriya) t. I-XVII, No. 2, 1949, s.
325 - 28.
Diblior,T: 6, FAZV.
SO: Letopis' ZhumalInykh Statey, No. 29, MosIc-va, 1949.

he J; It 11 U 35 , 10 U U P 4: +1 44 U All
AAL h I A L___ it _f.. Q, 11, T
i~l A.D J.0 le
%---
.00 Catalytic and pbolosentillized oxidation of amorble acid
00 17 phthadoryanlivis. A. A. KeramiuvAll anti q. 1. llfhl~
indicating liflu,elteet klurticet Ill tlii% Lt,,r itterrval.
%iuot
Sri. V.R.S.S. ", 4-91-drl"R"Ill
t CO let lw III hartfunly Willa file by'll"Iell-4m.
00 :1 in, .-The catalytic action of phthalocyarane (1) and The
riftetive energy ill at-tivatiort cannot be u "I
its 16116 (11) and ell (Ill) compiczes (lei the o4datkin of &q.
t it Was flnttkd that
generally as a criterion of activity, bu 9 0
Sellers. of s~bic acitt (IV) wall compared with that of thr
low"t vah," were q4t~r%_j with III anti VI. "n -00
Cuo (Vi anti COO. (VD. A kinctic study was made by to tv In
1110 alone wrm t-trul 1. lK. mteitively mahl., 4.1,:
so a the num"In'tric in-filli'llic 4.1 Warbure 410
IlAin-freelt. though the eviddellim (A amvirrated 4ightly fly
light. tie. -00
film Cencret6titt 14 so Alichl flint it Ih" Still affftl the
ac- still* file fact dw IV 'I'Vei no; Ktmsell ilhill thl,
vi.litte .00
tiftityulthrratallysts. Reactions were carried out hoth in s
rc 11ir reaction may tie fritinlyrrel by Its4t pAr-
C darkurss anti lei the light all a -N*-w. incandescent laMp
clerm.
!H, The value of theenergy officlivalk" iti*of the same
14UTd about 5 cut
Imes the Willem (it the list container. Ordel as for the
reaction in the prt-wncr rel V. With the X
Reaeflous Were carricla out at 2). X), andtin" (aeO.N1")*
exception d VIS illumination sr"lly acerkerated the prac.
fs andthecuntaluff was etwillated t)(11-110times/mIti.through
rIls. lit the limmencer (if light. catalytic still phol"mitil.
'10 0
an am sinplitude of I ell%. Into the tkle after of the
ins effects arr sulerrintlu"ed tin me another, 11 anti lit
0 container was introehiced 0.75 fill, tro IV (Ituritri IV%),
=**
were the most active phimmlicinkally. licicept ill the
and Into the middle Portion 3 MI. lbrice.-distil. 1.0 and caw
of III, the reactim in light obeys if* Arrhenius equA. 0
0 .0) ins. iloard. catalyst. ]it the te*l% with VI. The conen.
films. Willi Ill, rise rapid pho(olwitmo ii jw"babliv if
was 10 0 litells./I. It. suit Ill were 1welki, bv Life- Ord fly
a wrovitletery client. per4crim. the value of t .he cmf* '00
a "t is. 1114:ls).
I I's nirthiml (C,. K., and 11. give Off frctlvr rarfar it(
artivailhen its fill r Ow lerins I,tm.1 1441. 1::'re 0
AA-111
&fatal% nlilmallrd 44 0 all'.111.0 rj. little Ill the
raw 44 Ill that whern the ft-Actit"i Wit, Carri~l mit lit
darkurets 'llm
(in the diuk &fill Ili the light) still he contridt with IV fit
effQCtivc truclKles 14 jWtjVvjjj#j jif ill, PlitIll"it"In.
IWIter.." i
4
shmenmelicatal"t. turn, %%it. given I'm Ali other catitIvO Cet
calcel. bv liubtfactins the rair runtit, ill thr,tatk I.."
" we".crReart i4mvt raterie-d out fit (he (link omfuctuni that
Obtallmi In thir light. I'ler tmvhmni~n 4 ther mitla-
satistact Illy tie the Arrhoultiff equation fritcrel when III
tion of IV in ill rewlice of CU 6 tm rav,
was U In lhi4 cs~. In the interval 2f,10 the e if
med. thetwoeluctionfif "*ill
re(WIT. Wall 1.07: Wilhill the ifilf-11-41 N)AW, it wal 1.1,
having 1. if dellt-tvirateel fly limirvettimiWiTk flicamere
:4 tj and %Vijey, J,_4, 30. 'kU.), I." trerreft
"is H. Witter tv 0
A S L a AtIALLUGICAL 1.11111AURE CLAIJIfKATICII
lei 1,0 0
Aft I t I N 0 -1 9 14 1 it a ~I' 2 'lot
0 in a, 1. J1 It it WW n
0 4111 0 0 0 0 0 * 0 0 0 0 0 0 0 0 0 0 ~41 0 0 0 0 0 0 0 0 0 0
0 0 fill 0 0 a 0 0'
0,
0 0 0 40 sit a a 0 0 0 * a 0
0 Of 0 0 :10 0 a 0 0,0 00 015

pbottlatomit ion of matutziunt phtWocyamao and
A. A. KmstiovAkiland G. P. thin
kA. N. Makh blocheiii, Inst.. Alosvivivi).
Poklady-AW.- -
,vauk S.S.S.R. 18, 1087-AX1917); of. C.A. 43,
-144--
Oxillatim of o1cic ACH A-141 oxidation al
aminble'livill 'Arle
rxwnd. its to seltsitilation by %fK
phthAloclvanine i* chbv,~
phyll, In Iloth vm-i the z"uhstX I.%. ixis-vil
514phi.
CAW. ThIr IniClIA"6111 'INK-0- I t rot
irlit,41 6 ill
of I be irlectrain spill in I lie wll%ilirvr~.
]"It I ill R I bull illf it el
CitfillitAtC. I hr 11104111ft ~ V111111141V
Wit It t I A1111 0 i. t brn
fort"I tit tile 0-acceptorl'. fit the VA%C of
Olvic .161 tile
Iii've3.4 Appear% it) continue a~ a cluiii
traction, No tcmp.
tirpendrove WAS fOlInd, illdkAlillg tIMI the
11110tOCIleni. NUXt
6 list viit"Ictg. Stop. Chlomphyll, hAving
Labile It. in con.
tr."t to the phthillocpanine dttiv.. possesses
strciager scuSi-
tiring actiiity. The photoOxidation of the
sensiti2er do-
cmases in the presencv of the 0-acceplors
tilloti: with killthill.
there is motetiestruction of the pigment
ditring the
when altic and is pre-mit than IS obwrveil In
its
=
Abscnec. (". M. Kiviolalmiff

V
.~p ...a.
W" d
A, A." &dlAdWGSV. III Md ad ft(clt
*Waky
Td. .1410
*0 94k OL 1Gs--163).-7jjj .00
~~Ocdvfty'oj-' 2.6-=
d" 141 .0 i"-W by watim of n~.
vwdblil- - vfti- IM tbir .00
0: A& sompka of "d &"--M am it Us-'m 2gee
0 a bru gurbaci& I chimu
exhlbftW both
00 --ty: 4wvt
ty% m do a
ad 24. mi
O~tN t wAxtwak a 0-0. 0
. q.. &I lWatkos of cMaro.
subdI96 edesda. AbnAm. wwl imatlu. DvW. A 0
am awopmm- Ow gr-sks detaTnt
x gee 0
gee
A coo
a* 'AO
tie 0
'06
tie*
IF'
I I I" SIVIVIlva too
&I/ IVIOS* -tip 04V Cat
6311316-tj as
u u4v 40 is - M A I aof 0 0a I ff 9
e
0 0 0 O's 0 0 0 0 0 0 0 0 0 c 0 9 0 0 0 0

9000 IL --- Wit 41 11 --W-mTw-
, n JAI$ list ISM441 UUUOI!f
It if I,
Is
r!
'It
;~f Pik
Alf Transfer of bydfogen fronst ascorbic acid to codishydiss -00
11. A.
suf* I Und ti I bt. fib DrIsed by chlorop
K ntkit.1v 01 OC., I N.1"k "0 0
l!'
00 X.S.S.M. 67" 125 i"... -00
..-- I lyl!'%erve, ill liall'Irl
'isle urld (1) tit Ilse Ml'llu~l'l quitidille Illicit-
0 akv,"
IMP (lit 111 41 pnwe%- Ilivs-10110 Ilip 1P.Artiml of It %ilth
Ili,
:0 'li livi. millevillmul ill v!I1.4% '111ril 411 1111, Owl..
'00
vli-l- T.4cli'"I , 11 12-41 a. title ill 1 4,11. 11.1 I-W IC
it Nj,lit Isiollit r null 31" suits. joithi-,
0 At r -00
ttrtt(41 1411111 till. till jl~7 1.11114-1
1-v At 1-1-miult Ili resistive life -Whim-ii, muil cim-i. P .00
0: m :111, m0 WA. .1-slum a..%" It..- 1400
11 lit Ille *'Iu, (.11,
0 "'livil It..' X W 1 111.4. 1, ill livii'llurl, I till. .1
;suit lit 411111
0 al Ing, ll,tvilliv tivid %%ere 0%.m.11,11t4l ill it
'11111111wig till..
t 14.1ml ill tile evactmikA %full) tile -1-
0 '31 %rut lit'ileAl. i1r.4.1iAt-Al :1 mill. All S' I-V 00
;"I11 ~ -flit lu,. tuld ngaill it% 1414411v I-
.... ship. 0.1111"I uillwill 11 pit.111"I .1110 A-
ALIA lit.. 106101 ill Ow Alms, I.V'vmlal- -60
Olh-mi'lliAll, Ill r%lAt.' mills 11, actilig .1, It If ego
0111p, tile dWittri X111I film 111.1%. '-1 mlllv"l C
villotoplivil) muld still Iw 1,4111j, but ;A Olefullits, :1111
1110 90
1, readily well illdicallum 11-mlls.-INI I'll-lu hitulatim'.
ill Ill".Lift to thple".1-
liaelioll. ltrAJI.Mun jifirt evacu'lli"All ill
avid Mills.. I'Allouril liv midil. in file I'(
2 .11"Ittil jl'y -ifililat levililique I'l lift- ill.mv) I
ull-id
r"Ille'l vill, ,ilh 11 A..,
I'l-01 Opp-
I he t % fail % wnfu tit I lip lit r I, Ims,l t ml % vii mr.-It
its i~ui A I lit
01.1t At I 111`11411100-ti,fli'llis; I.Wliml I K.. C' L 43,
11"1 t; 11 A,*
12'
A". l log.
folAw Hit At 4, 1 it I
L" --to I!.-- I -- ----
to '
U T1. AV Ls I 'w An 1 4 rw 0 m - I N 14 D 43 a 3
of Of It it 1% 41 PC cl tt it Ot -4.10 a I I IA.%
:10 0 0 ses 0 0 0 0 9 0 a 010 0 0 0 0 0 0 Of 0 0 0
0 0 0**gee* 0 w 0 0 40 00 ig 0 0 0 0 0 Ills 0 0 to 0 0

nook am to abbo6oma. 1
d beJ A. JL Kfaanov*Y
~brmmwmmm
Good low, W.
p Sri& iff M&C 3M f aKwIAC
ji in -rkUne in P99959"
I un. xd =yU. 14,b rmcts in Ow dak
leads to pmducti- 01' L
witIl & number of It Such
Rvdwx
lavia. Z.I:dv 14~ Dca of IOL
safrwin&T. riboO .AA, " in &b5
in dowto its H'to dehydvom IL TatusCOAL

Condlfl~nv for morilblo tmadermation-s*
o'f*-chlolophyll
under The lnflvpn" of light. A. A.
Kiollov-1,11. tij!."
Mill, ond K, K. Voloovokora (AX IlAkh
Ilhoehom.
'R-A , Avild. %,I. 11,11.14,14J. lJoblaily
Mid, Xmoi
S.S.S.K. OV. 3W revvilw Ivnotoll 4.1
chliwtiphyll Ili the 414rk wits obosemrl
mily lit org. %olivin,
tw Its the lirt-iritce of mmum bases. mch
as pyridim, hi-
lidim-. or imi&totir. Itiamn. ill atmw,
I"", 'twita o
mich -lim. reveals a shill of IJIU tits
Willi in I?ttO to Mil
tit %.%,I i4jile. while the 448 band Aills
lo 442 mo. with tit,
'll,pit"Iltrut sit lite elitirr
I'looetrutil. 0
chlorophyll all was only with miawkik%
dihydrimi, -
malvic 11614. c", trine. I'liN31,411'. "m]
IllS. gill giving
:-hIlvd rillotillifivit with nit Alm
limil. (if C.211, mg. which
'~ldivrq Ill the talk to clihm'Wilvil. Ill
vill'"oldwil '.
it,, mvvl~lhlfily (4 ph"14oravlWil I, high
And Ow ~I- 1111614
Itilt,hiCl 6 1111,41 Ill tht, IMISill.d.
Although it,
nitich aworbic achl ivoWdet.thle mitils.
ill
A. ov,-t.lh1v formed Imiultictot air
lottiteJ. fit olilmolihs'll
11 1 lit, Im-litillfily (if phol mract
hill I, luw. lilt- 11111thlo 11.1,
.111 A." 4 111 "to (ill Ili'lillitle).
alill n-11 of pvt Whir
IMM tile 11411141ill't IlV 11til
*1101IIII& 411A V%Ill. 'Atilt IWII
Ih- I Kit%-e tile 14,041'.1 with Alm
Illat. A 114:1.1114 432 Ill
ho'11 ltlav Ile d chwt o1 itrevenible
fribletwill 4.1 ill,
L'I Ill cloill. of 4.11 '"ophyll It. lit.
Koi4m..11

ROWIms of the reduced form of chlorophr,11. A, A
Kta"Umakil Alkil id-iA. N. ItAkh 11I.x- will.
Aftd. *I. G-R~"S 1141-id.v Akvpd. Nobt
I I I I* avid lit Ilvi-Milte with IriAllwioll (fNI
t
l;1 .7' It"I't1-ild 4 pink coll" finint-il. P,i~
Itr.ited itilli
M IV
ItiltriiXtA rv~xetll4i and The 9411111, dardly rwritfl,
-pertril-
-4 aWlill-W 4114 it-11 tilt 111101-Irl -4- -I'llil-641IF
ItIlA"ItIl
with 1xitrnful O.W
1%, at lilt 7). thionvil. t(1.11412 V.), aml tucti'viene
blike
1XV-41ile del,,llolilt4l (I~klv elll%vi At,
givrts). Nile Mile Filli'll.1%ill 1
'4111,111111C. I' I it ~lil I, mi'l m-1111.11 ll't 1
11:12 l I -,Ie
111I.ift"ItA. %Ph tile t-Ull-A lill-444-111111 1%,
it- at %%lilt IVII911il I 1IM-PIS I%-. PHI Skitriami,
""M I.-Nulm olli.lati,nl 4 tile loillit-I iviltvr.
xivvPI I-V
:, 'llmlix .4-c" 1141111t.11'.. heltimill. a, id.
Fe I 1 1. N4 1, . N'% I, , '411.1 1)- I'll, Ivacti-I "41h
;I~Vllik- 's, W 6 Illm 1, 'I-el 11'.1t lit.0 .1111
tllv,tv- AIPI Ill.,
evill"s allisir Ituly 1.4. 1.114.4illed riffil I I.v
Olllt,t I AV11,41 J
the dy" tilt itlumd i-lilmillihOl w bv their
actioll oil acill, folliling a lric'.ivr 111011i4le-
lov4inum%ultir al-W. which flivii traviv with relurtil
rliltivii.
111kyll, HrlluV%%l %itilihIlly Tracill tA;l4IIV "lilt
~tllv Itrit. liolellMill that
4flo siot trarl with a~viltie avid lit tile dayk.
dsphlpho-
Ilytidilte 11110,41thle 'it.) TrAct., but X.611thint:
I,W. 1 1.
11clum the jwtvutW of the chlor.phyll yienz i. .1-t
-0.35 V. ANtalic acid alu) tracts, (C0,11), ret4nis
rmxiL,-
16,11. while III-IlIvic. citliV, -UkTillk. (UlItAlk,
144760, 41111
~Ikvtio '161% b,tvv litoictioll. The teall.. citlell. of
trinufalimp
llf fellkh-Oil VIAMIJAII'll I% %P1411 411111 hillICA11"
lilt 4COVA11,441
t PvIgv lit al."It LIN 3,11 kc.11, ki-JAI.-n
YA~ ~ST t:- -

BRDI, G.r.; KR&SNOVSKIY, A.A-
_,.~
riffect of compounds with various oxidation-reduction
potentials OU photo-
synthesis and re Opiration of Blodea. Biokhimiya 151, 16,
453-460.(HLRA 4:10)
(BA -AIII MY* 153:728)

0 I~VM I I - GV V. A.
f _77STIONMYTTV, V. - a.
Algae: Proteins
Isolation of phycoerythrin from red algae; its spectral and
photocheutical -,coperties.
Dokl. AN SSSft 82 no. 'a, 1952. Institut Biokhimil im. A. N. Dakha
Akademii Nauk SSSR
rod 26 Nov 1951.
2
SO: Month List of Russian Accessions, Library of Congress, - July
195X, Uncl.

SISAKYAN, N.M.; KWNOVSKIY, A.A.; MIKHAYLOVA, Ye.S.; BRIN,
G.P.
Interrelation of photochemical capacity and enzymtia
processes. BiokhWi&
18 no.6:725-731 N-D 153- WRA 6:12)
1. Institut biokhimii, im.A.H.Bakha Akademil, nauk SSSR,
Moscow.
(Photoayuthesis) (Inzyma)

"A SKIY, A.A.; 13RIN, G.P.
V
-vow 'a
" Aq"
The.nature of the activating action of bases onihe
reaction of.reversible
photochemical reduction of chlorophyll and pheophytin.
Doklady Akad. K&uk
S.S.S.R. 89, 527-30 153. (MIaA 6:3)
(CA 47 no.16:8195 153)

Action of bv,%g wattr a the reaction of pholoredmIlDAef
chlorophyll end the prLotochernivil activity cd the substance
of green IeSVes. 4,AjLMNWUU "d C1. P. DT'- (A.
Rakh Imst. Dimbern" Amd. M. Rico*
.7~ -05 -M Imt, 4-FT
Doi kdly A Idd. Adui ~Lv~ -Iru
44, 2A-Mr.-Thc pr,~en-v ~F DO -ifirrfs th, pI.,t--fw;u
.rtivltv vl n1 Thr Iral (cl!curnbcr-lr~d rruanrr
umn by the rr~rfion of rerinctinn ct indophenr-J,
in sucb a -ay that D-O hinders the rtnrtion at 20' and 50'
the results givnrn graphically Im 10-100% DO clearly L%ho-
the bl~king action of DO. The terip. toell. o! the DIO
reactiot, 13 2.1, agtinst 13 for H.0, indicating greater
wtivafl= enrrD-. Photorctluction of chlorophyll by
=
i, r:d in pyridi., to hich 10% ritber 1120 or DC)
.as added ab* sbmn a 5lower action of the DO system.
both during the light pbue and the dayk plmse of the reac-
tion. Pholoredurtion o1 chlorophyll tun be represented
by the reartion *1 atthratM cb)DMbyl) vvith knte-ywediat~
axidmior-rrductinn system, under -attlot of light to yieM
a chlorophyll arS. ivan and ionicaMv teduml form of tht
reductive system, vrbkb under the bction of a suitable
Catalyj;t yields the redured chlorophyll and the oxidized
form of tl:= rrdnE4!re systryn. 113 PhotwYnthesis them
occurs a transfer of ekctrv~ and protons I== HvCt Joto
M riafflc6t Ih *r)Ob the IntaTnediaW
ct,;
uct,
I eols 'ana ortzrats takt PPA in the mductim
71M

EFUIN, G. P.
BRIN, G.P. --"The Participation of Chlorophyl in Processes
of liydro6im Transfer."
* (Dissertations for D--grees in Science and -i`ngineerlng
DefelxJed at USSR Higher
Lducational Institutions) Acad Sci USSR, inst of
Biochemlst~xy j,~.ejjj A. 1"'. 3akh,
1-10SCOW, 1955
SO: Knizhnava L-eto*isl, No. 25, 18 Jul, 55,
* For De.-ree of Candidate in Biological Sciences

21. D.7.t- Ti-, rl~
ou io-ng 5tau&--g- S~:spizr.~iu w
IThen ac-'Is- wt:-( M.17"
V.;t.
7-A
wi,
L.lit IIIILl- iu~ub4lA itt 31- 34, for
6 'flit uau-` .14M. U.I~l thc E
ff-?'Titvred iautit,diar,ly
rd!e' pollHair the it'
C-ru
~,:' iTuTt-di.t,
ml ,, llli~4~ llllw4vo;~' k-r elill ,n'
~%t t7omcr-*?~: 66~mjipv Ai'l olf-ran"n
11tLc--vl '~" it,,,
t'-jtjj
utit,
dzzhydfogtlu..'~ aoivay wws 600. u)
III,- i:tntrifllgat'
re;mlt~
!'InN i

0, JIM;ff
CATEGORY
USSR
PL0,0- 1!>1iY3JOLr)GY. Photosynthesis.
ADS. JrOUR. REF ZiWi? - BIOLOGIYA, NO.A, 1959.* No. 15250
AUTHOR 41 Brin. G.P,,,;-Rasnovaskij'. Ag
-; t ry
nsi oi Ltoc -eml. , . , U
'hotooxidation Sensitized
Investigation of 1,
t),y Chlorophyll and Pheophytin. -
OrdS, PUB* I Biokhimiya, 1957, 22, No.5, 776-788
ABS'TW,-r,T At the Institute of 21iochemistry of the Acad
emy of Sciences of the USSP a study was Der-
formed on the reaction of sensitizedl oxiaa-
tion of ascorbic acid to a concentration of
Pi,gments in an acid solution, a volume Of
water in a solvent, and the pH aid intensityt
of exposure. Cystine, polyphenols, and. cy- i
toehrome c also participated in the reaction.1
.'-tieophytin a z~Lnd b, having a higher potentia
to T)hotoreduction.-Uhan chloro-ohylls, behaved
CAPM: 1/3

C 1~ M- G 0 R YPLANT PHYSIDLIGY. Photosynthesis.
ABS. JOTJR. VIEF ZHUR - 81JLJG1YA, NO. 4, 1959, JT~. 15250
AN IM 0 R
UNST,
ORIG. RM*
as more active photo--ej)sitizers in the test-.,
ed reactions. in the opinion of the author I
the Process Of photooxidation of organic
corm)ounds sensitized by means of pigments is
cc-mDrised of a reaction in the light of pho-:
toreduction of the pigment and a reaction in!
,he dark of 0. ith the photoreduced form of!
L ,, wi
pigment, In genuine reactions and colloid
reactions obtained with tbo use, of detergentq
chlorophyll has a high photochemical activi-
C. A 1.3 D 2/3
4

COUNTRY
CATEGOM.' -PLANT PHYSIOLnGY. Photosynthesis.
ABS. JOUR. ..REF ZHUR - BIOLOGIYA. No. 4, 1959,
.ALUTHOR -y- 15250
1
ORIG. RJB.
1~1.M3TWXT ty, i.e,, chlorophyll which is found in the
monomeric state. -- 'I. A. Popov&
CA 110)

SISMAN, N.M.; 1RASNOVSX1Y, A.A.; MIKRAYLOVA,
Photoreactivation of cytochrome oxidase activity in
plant tissues
containing and lacking chlorophyll [with summary in
Inglish]. Bio-
khimiia 24 no-1:3-8 Ja-V 159. (MIRA 12:4)
l..Inatitute of Bi.0chemistry, AcadeuV of Sciences of
thei U.S.S.R.,
Moscov.
(CYTOCHROME OXIDASE)
(PWTS,.XrFECT OF LIGHT ON)
(CHLMOMM)

BM, G.P.; ERASNOVSKIT. A.A.
Chlorophyll...induced photosensitization of
oxidation-reduction
conversions of pyridins umolootides in chloropbyll
solutions and
leaf homogenates...Blokbimila 24 no.6tlO85-1093 W-D 159.
(MIRA 13.-3)
1. Institute of Biochemistry, AcadeiW of Sciences of the
U.S.S.R,
Moscow.
(MMOROPHILL chem.)
(NUMOSIMS AIM'NUCLWTIIZS ahem.

BRIM, G. P., VOROBYEVA, L. M., DROZJOVA, N. N.,
Y-!!,~~OKIINI Y-U.
KRA.SN3VS=, A. A., PAKSAINA, YE . V.,
LBIRII(HINA, A. V. (USSR)
IlDifferent Forms of Chlorophyll and its
knalo~-ues and their
Role in Processes of Photochemical Electron (or
Hydrogen)
Transfer."
Report presented at the 5th International
Blocheimistry Congress,
Moscow, 10-16 August 1961

KRASSNOVSKIY, A.A.; BRINP G.P,
Photocatalytic action of ZnO and TiO2 in the
reactions involving
the liberation of QxWen. Dokl. AN SSSR 139
no.1:142-145 J1 161.
OURA 14:7)
1. Institut biokhimii, im. A.N. Bakha AN SSSR.
Predstavleno
akademikom A.N, Tereninym.
(Zinc oxide) (Titanium oxide) (Photochemistry)

KRASNOVSKIYF A.A.; MM, O.P.
Znorpwic models of Hillis reaetion. Dokl. AN SWR 147 n&Js6%-
659 N t62. (MA 15212)
lo Inotitut biokbimii im, AJ* Ikkha JM &WRe Predstavleco aka-
demikom A.N. Tereninym.
(Chemiwa models) (Photoebomiotry)

KRASNOVSKIY, A.A.; BRIN, G.P.; DROZDOVA, N.N.
4
Oxidation-reduction conversions of benzyl nicotinamide
and pyridine
nucleotides photosensitized by chlorophyll. Dokl. AN
SSSR 150
no.5.-1-157-1160 Je 163. (MMA 16:8)
1. Institut biokhimii im. A.N.Bakha AN SSSR. 2.
Chlen-korrespondent
AN SSSR (for Krasnovskiy).
(Nicotinamide) (Codshydrogenases) (Chlorophyll)
(Oxidation-reduction roqction)

KWNOVSKIY, A.A.;
Participatioti 9f reduced pyridine nucleotides
in photo-
chemical oxidation-reduction reactions. Dokl. AN
SSSR 153
no.l-.212-215 H 163. (NIRA 17:1)
1. Institut, biokhimii im. A.N. Bakha AN SSSR.
2. Chlen-
korrespondent AN S&ER (for Krasnovskiy).

KRASNOVSKIYlA.A..; BRO I G. P.
Photochemistry of reduced pyridine nucleotides and
N-,benxyl-
nicotinamide. Dokl. AN SSSR 158 no.19225-228 9-0
161+
(MIRA 1718)
1. Inatitut biokhimii imani -A.N. BELkha AN SSSR.
2, Chlen-kor-
respondent AN SSSR (for Krasnovskly).

L 38563-65 TIN'T (WEPOWAIIII/
ACCESSION NR: AP50101-11 UR/0020/65/161/002/0399/o4O2
AUTHOR: Khutareva. G. V.; Brin, G. P., D d B. E.; Krentsell, B. A.;
-1 -(Co 4a ov,
Krasnovskiy i~ . responam-91M-Mb-er All SSSR)
TITLE- Photosentitizing properties of Rolyconjugated organic polymers
SOURCE: AN SSSR. Doklady, v. 161, no. 2, 1965, 399-402
TOPIC TAGS: photosensitization, conjugated double bond system,
polyconjugated
polymer, ascorbic acid, oxidation, polyacronit rile, Schiff's base,
polynitrile,
!pDlyquinoline
ABSTRkCT: This study investigates the photosensitizing effect of
polymers with a
systen of conjugated double bonds on the oxidation of ascorbic acid.
The study was
prompted by the fact that photosensitization was established for
some crystalline
organic dyes and phthalocyaninesl(semiconducting substances with
conjugated bonds).
The Warburg-Barer6ft-mfcrom-anome-gric method was applied to trace
the kinetics of
the reaction. The reaction wes conducted in aqueous ascorbic acid
solution in the
Presence of finely powdered polymers -under red light (wavellingth
more than 600 mij),
vbLite light of an incandescent bulb, or *UV light (mercury 365-mu
bond) - The fol-
;loving polymers were used: thermally treated elyacronitrile
eat-polymerized
rd-

_8563 _65 7 7
t
3
~;ACCESSION RR: AP5010171.
ropiolic aci
~quinoljln 9 7017P a polym ri c Schiff's bases, p9lyazines and
polynitrij'.es#
tAll of these polymers were insoluble, colored solids with absorption
maxima in UV
'and were p-type semiconductors in the air. They could be divided
into two groups
vith respect to their catalytic effect on the oxidation of ascorbic
acid: 1)
! phDtosensit 44 zing polymers, such as heat-treated polyacronit
rile, polyquinolines,
ipolypropiolic acid, and poly-Schiff9s bases, all of which promoted
the photooxidation
of ascorbic acid, which is not oxidized vithout catalyst; 2)
catalysts in the dark:
ipolynitriles and paracyanogen, the catalytic effect of which in
general was in-
!hibited by illumination in the sequence UV light > white light > red
light. The
'following observations vere made on the photoBensitizing effect of
the heat-treated
, polyacroni t rile: 1) the presence of carbonized structures was not
essential for
ithe effect, since one of the most carbonized specimens displayed a
very weak photo-
'sensitizing effect in the UV light and none under the white light;
2) the presence
;or absence of cross links was of no special influence, since
polyacronitrile, heat
treated in solution (which precluded the formation of cross links),
displayed E,
rather high phatosensitizing effect. Further inveBtigation of the
mechanism of the
effect is being continued. Orig. art. has: 2 figures and 4 tables. BN
ASSOCIATION: Institut. neftekhimicbeakogo aft"iv in. A. V. Topchiyeva
(Institut
'o akh4
~?LfP!et~rochemical Synthisi ); Institut biokhimii im. A. N. B
Akedemii nauk
;stitute of BiochemistEX, Acaderar of Sciences)
In-

L 38563-65
,ACCFZSIOII M. PY50.10.1
71
SUBMT-12D.- 210et6h
!NO BEF SOV.- 066
ENCL: DO
OTHER: ODO'

KRASNOVSKIY, A.A.; BRIN, G.P.
Use of methylviologen as electron acceptor in photochemical reactions
of chlorophyll and reduced pyridine nualeotides. Dokl. AN SSSR 163 no-3t
761-764 Jl 165. (MA 18s7)
1. Institut biokhimil im. A.N.Bakha AN SSSR. 2. Chlen-korrespondent
AN SSSR (for Krasnovskiy).

L 42180-66
ACC NRs .
SOURCE CODE: UR/0020/66/168/005/1100/1103
AUTHOR: Krasnovskiyp A. A. (Corresponding member AN SSSR); &-in,
G. P
ORG: Institute of Biochemistry im. A. N. Bakh, Academy of
Sciences, SSSR (1nstituL-.--'.-
biokhimii Akademii nauk SSSR)
TITLE: Photochemical liberation of oxygen in aqueous solutions of
ferric iron;
zation with tungstenp titanium and zinc oxides
SOURCE: AN SSSR. Doklady, v. 168, no. 5, 1966, 1100-1103
TOPIC TAGS: photochemistry., oxygek zinc oxidep titanium dioxide,
tungsten compound)
4V(.#k9A?7Vfn
ABSTRACT: The quantum yields of liberation oLox en in the
Photochemical oxidation o,
water (containing potassium ferricyanide or ferric ammonium aium)
and the stoichiometr.
of the reactions taking place were studied in the presence of the
photocatalysts ZnO#
TiO2, and WC~. The sensitized liberation of oxygen was measured
in glass vessels, 1.9
under conditions where the direct photochemical liberation of
oxygen is practically ab~
sent. The-365 m4 line*of mercury was used as the exciting light
in experiments with
ZnO and TiO~; the.3659, 404v and 436 mp lines were used for 1403.
The quantum yield of
the reactions was found to be of the order of 10-2; in nitrogen,
the quantum yield is
higher than in air. The highest yield of liberation of oxygen was
obtained in the sys;
tem containing WC~ and ferric ammonl~m alum. Although the
efficiency of the sensitizel
reactions is low, it is much higher than that of direct
photoreactions (without photo--.;
W (m) /Mo(t)ATI IJP(c) .JD
Card

L 42180-66
ACC NR, AP6021609
catalysts) taking place in these systems in shorter UV light in
quartz vessels. Possi
ble mechanisms of the overall reaction
Fe 2(SQ03 + H20 - 2FeSO4 + 1/2 02 + H2SQ4
are discussed. Orig. art. hass 2 figures and i table.
SUB CODE: 07/ SUBM DATE: 2ODec65/ ORM REF: ''00 7/ OTH MF: 007
Card 212

RMMISKIY, Lev Zimonovich; BRIN..,,I A., red.;
MOROZOVA, I.Ye.. red.;
BRUDHO, K.F., takhn.red.
[Elements of the theory of probability] Blementy
teorii
veroiatnostel. Koskva, Goo.izd-vo fiziko-matem.
lit-ry, 1960.
155 P. (KIRA 13:10)
(Probabilities)

rHASE I BCGK EXPLOITATION SC7^993
Vassoyuznoye saveshchanlye po flzlke.
rizIk*;-kh1_-Ichezk1z DvOystvan:
farr1tov I fizicheakim Ganovam 1kh
primenemiya. 3d, Minsk, 1959
Forrlty; fizich*aki7e I
fIzIko-khImLchevkIy;rsvo7stva. Dcklady
(Porritenj Physical and Physicochemical
operties. He rt
Ki 655 P. Errata S11P inse--'~d
nak, lzd-vo AM BSSR, 1960. .8
'4.000 copies printed.
Sponsoring Agencies. Nauchnyy sovet pa
magnetizou JLN Otdal
f1zIkl tverdogo t4la I poluprovodnikov AN
BS3R.
ZditorLal Board: Romp. Ed N. N. Sirota,
Acad"IcIan Of the
Academy of Sciences BSSR; X. P. Belov,
Professor; Ye. 1. rondor-
skly, Professor; X. M. Pollvan,2v;
Professor- R. V. Teletnin, Pro-
fessor, 0. A. Smolenskly, Professor; X. X.
Sholltd, Candidate Of
ftysical and Mathematical Sciences; E. M :
Soolyarenkc-, and
L. A. Bashkirov; 9d. of Publishing House.
S. Xholyavsklr; Tech.
Id.s 1. VolckhanovIch.
d technical personnel =gaged a.
radio 01:,Ctronles @ngIneers, an t
the Prod tion and use of forrazagnatle me
arials. It nay also
be used by students in advanced courses
In. radio electronics,
Physics, and physical as Lzty.
a
COVVVMI The book contains reports
pre5ented &Z tha Third All-
Union COnf*rsnc* On Perrites hold In
Minsk. Bo2orusslam 33R.
The reports deal with magnetic
transforzatiors, electr "-I and
9&lv&nQ=gn~tic Properties of farrites,
studies of the growth
or ferrite single crystals, Problems In
the chemical phyal-,
cochemle4l analysis of f rritea, studies
of ferrIt*a and
a baring
rectangular hysteresis loops and
zuIt1compcnmnt ferrite systems
exhibItlng sVOct&n4QU5 r4Ct&m6ul&ritY,
problems In uag_-qtjC
attraction, highly coercive ffrritem,
magnetic spectroscopy,
fgrrOmgnGtlc resonance, wAgnOtc-OPtIcA,
physical principles of
usl"g ferrite Components In electrical
circuits. anisotropy of
electrical and z&r*tIC propert1to,cetc.
The Committew On Mag-
n4t18m, AS USSR ( . V. Vonscryokly,
h&Irc'an) Orl"Ized the con-
forence. References accompany individual
artleles.
ForrItes (Cont. 30T/%"3
3obolevs, L. P. and Ya. 9. Xolll. Dynamics
of the Re-
I of Magnetization of a Ferrite Bar Wlth a
X*ctanguLar
r
4a
Crams Section 364
a. F. Lioltaym. and Tu. M. 3h&x&7*v. The
/'METEct Yffect In . Ferrite Plate With
Rectangular
arsteresis Wop 3TT
u. M. Stability of' Particular Cycles and
!A'ecolo -t"
1.~' During Pulsed R ... real Of
Magnetizotion
of Perrites With Rectangular Hysteresis
Loop 386
Shamay*v. Tu. M.. A. 1. Firagov. and V. F.
Belyavskly~
Pulsed Reversal of MagmatizatIon of
Ferrite$ with Ave-
tangular Hystfreals Loop 391
Aabkln L. I nd 1. 11. apshtey". Forritos
With see-
' H 5;.r: .1. Loop In Weak Fields 401
tancular 7
Card 12/18
Card 4A8_

30519
S/194./61/000/008/078/092
D201/-D304
AUTHORS: Brint I.A.,,Lisitayn, G.F. and Shomayev, Yu.M.
TITLE: --s-ur-&-c"ea-Efect in a rectangular hysteresis loop
ferrite membrane
PERIODICAL: Referativnyy zhurnal. Avtomatika i
radioelektronika,
no,, 8, 1961, 53, abstract 8 1342 (V ab. Ferrity.
Fiz. i fiz.-lchimb avoystvat Minsk, Ali BSSRt 19600
377-385)
TEXT: The surface effect has been evaluated in a thin
ferrite membrane with and without the effect of magnetic
viscosity.
If the viscosity is absent it is assumed that the process of
mag-
netic polarity reversal of material layers occurs
instantaneously
as soon as the intensity of the reversed magnetic field
reaches the
value HC inside the layer. The equation has been derived for
this
case of the inter-domain boundary displacement. For actual
ferrites,
the time W of the magnetic polarity reversal is of the order of
Oard 1/2 -

Surface effect...
30519
S/194/61/000/008/078/092
D2ol/D304
one or tenths of a millimicrosecond. The fundamental
influence on
the surface effect is shoxm by E and the pulse magnetic
permea-
bility. In practice its effect may be neg ected for the
values of
electric conductivity a 4, 10 4 (011M.cm)-I. By comparing
theoret-
ical, numerical and experimental data, it is concluded that
the
greatest influence on tf is exerted by the material
viscorsity.
The influence of the latter on the propagation of the
electromag-
netic wave is determined by solving the Mam-iellls equations
in con-
junction vrith the viscosity equation. 3 references.
CI~bstracterls
note: Complete translation.2
Card 2/2

S/103/62 023/007/001/009
D201/D308
AUTHOR: Brin, I. A. (Moscow)
TITLE: Stability of certain systems with lumped and
u
distributed parameters
PERIODICAL: Avtomatika i telemekhanika,*v. 23, no. 7, 1962,
863-871
TEXT: The authdr analyzes the stability of automati-c control
systems, the transfer function of which is a rational fractional
function of VP-. if z1f 7-29 ... , z. are the roots of the Doly-
nomial in the denominator B(z) of a rational fi~actional fiinc-
tion and if r1, r 2".., r. are their multiples, then by con-
A(z)
sidering the rational fractional function F(t) - and
'B(z)
Card 1/3

S/103/62/023/007/001/009
Stability of certain... D2.01/D308
substituting V-p- for z, it is s]Yoivn that for the system to be.
stable it is necessary and sufficient that all roots zj) Z29 ... I
z of the polynomial B(z) satisfy the condition arg z
n I k~ > 4
(k 2,...,n). For graphical determination of the stability
of the above system, it is necessary and sufficient that the
vector
IT
17 = B( e 34
make in the plane of the W exactly n/8 revolutions anti-
~lockivise around the point W = 0 when the real p"ameter
increases from zero to.infinity, n being the degree of poZ
nomial B(z), which is a criterion of stability analogous to that
of Mikhaylov. In cases when the high degree of the polynomial
B(z) and its dependence on a large number of parameters makes the
construction of the hodograph of the,vector W difficult, criteria
Card 2/3

S/103/62/023/007/001/009
Stability of certain... 1)201/~308
of stability are suggested which are essentially analogous to ihe
Hurwitz criterion. It is concluded that, while it follows from
the-condition arg z that Re z 2 =. 0, the limits of
k1 4 k
the region of variations of the parameters of thd transfer func-
tion.within which the system is stable are partly those within
which'a polynomial, having as its roots the squares of roots of
polynomial B(z), is a Hurwitz polynomial. There are 3 figures.
SUBMITTED: December 16, 1961
Card 3/3

DRIN, I.A.; SHAMAYEV, Yu.M.
Transmission of binary data through a shift
register
consisting of identical contimuous random links.
Trudy
NEI no.60 pt.1:31-48 165. (PaRA 19:1)

KOZHUKHOV, Petr Semenovich- BRIN I A.p kand.
fiz.-matem. nauki
dots.p red.; f i z. -mate=. nawk,
dots., red. -
[Ordinary differential equationsl Obyknovemye
differentsial-l-
rye uravneniia. Moskvap Mosk. energ. in-t, 1963.
121 p.
(MIRA 17:5)

SHILEYKO, Aleksey Volldemarovich; BORUNOV, N.I.,
tekhn. red.
[Digital models) TSifrovye modeli. Moskvap Izd-vo
"Energiia," 1964. 111 p, (Biblioteka po
avtomatikep no-95)
(MIRA 17:4)

BRIN, I.A. (Mcskva); MACHINSM, M.'J. Woskva -)
balysis of complex sysLems using a matrix method. -Izv. AP
SSSR. Energ,
i transp. no-4sA.19-426 JI-Ag '64. (MIRA 17:20)

ACCESSION NR: AP501-3842 UP /0 10 3/ 65 /0 26 100 71
62-502
AUTHOR: Brin, 1. A. (Hoscaw)l Shamayev, Yu. M. (Moscow)
TIT12: Transmission of binary information through a shift register
SOURCE: Avtomatika i telemakhanika, v. 26, no. 5, 1965, 866-87~~
i TOPIC TAGS: shift register, binary information
S~
ABSTRACT: The shift register is regarded as a chain of
series-connected structaral
components, or A concept of "link characteristic" is intr-daced,
L*rlntc~
determines the proba~-aity of conversion of input signal into
-~uti--!t si~ma-
an allowance for random spread of characteristics of individual.
characteristics of the shift register are found or, the bas.5
tics. integral equaticas are set up for determining the
probabil--~,~ -.1 c-_-TversL:-ri
of an arbitraty input into 0 or I signal, determining the
effective chain
length , etc. The sh-If t register usually contains 10 or mL-re
conversion of input into .0 or 1, only two absorl"kng zones are
-aufficiant "obtained -by-solvit*'Ift
it ohi. sa2 -11fik-
qua- the
rd 112

characteristic to the rj&i o t h 3
I e f enh ances the Pro bab A'-,i ty of s-Igri&I res to ra ti on or no
i -ie
r F3 S~7 ' - ',, re -1v --r- plw clerr' ig t-he limk e. - -1
should b-. thLe ckwiin .3haplD9 0 or signal. Orig. art. has: i f I glure
ASS OC I k i 17,-,
R ZU ~C INX,
LIM,

SOURCE CODE! UR/0271/66/000/001/BO27/13028
AUTHOR --trin, I.A. ; Shamayev, Yu, M.
TITLE: Transmission of binary information over a shift
register
SOURCE: Ref. zh. Avtomat. telemekh. i vychial. tekhn., Abs.
1B193
REF SOURCE: Tr. Mosk. energ. in-ta vyp. 60, ch. 1, 1965, 31-47
TOPIC TAGS: binary information, shift register
ABSTRACT: The concept of an element characteristic which
fully determines all
the characteristics of the circuit, i. e. module
characteristics resulting from an
analysis of the transmission characteristics of individual
elements, is introduced,
These characteristics make it possible to determine all the
characteristics of the
shift register which use these modules. The characteristic of
an element deter-
mines the probability of converting an input signal value to
an output signal observ-
ing the spreadof transmission characteristics of individual
elements. Differential
equations are'derived for determining the probability of
converting the arbitrary
value of an input signal into a zero or unit signal, or the
effective length of the F
circuit. A method of solving the equations and numerical
-examples is given. Orig.
art. has: 1 illustration and 5 tables. [Translation of
abstract) [DWI
SUB CODE: 09/
1/1 UDC: 681. 142. 642. 7

- - -: - - - - - ---- - - -- - - . - - - -- - - -
BRIN, I.D., inzhener.
Iffect of the die design on the quality of the forged piece in the
process of
forging on orw*ehaft presses. Yest-mah. 33 no-11:90-91 N '53.
- WaA 6:12)
(Dies (H&W-workiug))

JGJ
Sip

PHASE I BOOK EXPLOITATION SOV/3690
Brin, lzraill Davydovich, Engineer, and Semen Naumovich
Gilldenblat, Engineer
Shtamp--ovkd--iia--m-elEan'icheskikh kovochnykh pressakh;
opyt zavoda (Forging With
Mechanical Forging Presses; Practices of a Plant) Leningrad,
1959. 27 p.
(Series: Informatsionno-tekhnicheakiy listok, no. 59, Kovka I
shtampovka)
6,200 copies printed.
Sponsoring Agencies; Leningrad. Dom nauchno-tekhnicheskoy
propagandy, and
Obahchestvo po rasprostraneniyu politicheskikh I nauchnykh
znaniy RSFSR,
and Nauchno-tekhnicheskoye obahchest-vo Mashproma.
Leningradskoye pravleniye.
Komitet kovki I goryachey shtampovki.
Ed.: P.V. Kamnev, Candidate of Technical Sciences; Tech. Ed.:
M.M. Kubneva.
PURPOSE: This booklet is intended for personnel In forging
shops.
COVERAGE- The book deals with a new method of drop forging on
crank presses.
The advantages of crank-toggle presses over steam drop
hammers are discussed.
According to authors a rapid shift from steam hammers to
crank presses and
Card 1/2

Forging With Mechanical (Cont.)
SOV/3690
the further development of the A.V. Potekhin method are two
of the main
problems in the modern forging and stamping industry. No
personalities
are mentioned. There are 4 references, all Soviet.
TABLE OF CONTENTS: None given. The book is divided as follows:
From the Editor 1
Advantages of Crank Presses Over Drop Hammers 3
Examples of Forging Operations on Crank-Toggle Presses 9
Bibliography [11a;iide back coverl
AVAILABLE: Library of Congress (53603)
Card 2/2 VK/lsb
7-8-60

PHASE I BOOK EXPLOITATION 892
Angervaks, A.I., Brin,, I.D..,-Gilldenblat., S.N.,. Golovneva,
M.A.,
0616vnev, Iva d6r6vich, Kamnev.,' Petr Vladimirovich,
Kutsovskiy,
F.V., Plyatskiy, V.M.J. Sokolov., N.L.
Bezobloyfiaya shtampovka (Flashless Press-forming) Moscow,
Mashgiz, 1958.
294 P. 7,000 copies printed-,
Ed.(title page): Golovn'ev,,I.F.-, Candida"te of Technical
Sciences;
Reviewers: Stellmakov, S.M.. Engineer, and Eduardov, M.R.,
Engineer;
Ed.(inside book):. Obolduyev, G.T., Engineer; Ed,of Publishing
House: Chfas, M.A.; Tech. Ed.: Speranskaya, O.V.; Managing Ed.
for
literature on the-technology of machine building (Leningrad
Division
of Mashgiz): Naumov, Ye.P., Engineer.
PURPOSE: The book is intended for engineering personnel and it
may be
useful to students o~ vtuzeB and technical schools.
COVERAGE: The book presents the processes of press forming
without
flashin closed dies from steel and nonferrous alloys later
called
Card 1/5

Flashless Press-forming 1 892
flashless press-forming. The following suggestions for
mastering
this process are made; technical and economical indices, rules
for designing parts to be made by this process, determining
heat-
ing regimes preventing scale formation, methods of designing
and
cutting blanks, determination of capacity of forging
equipment,
design and calculation of dies, and reference tables. Typical
production examples are included (with calculation and
drawings
for dies) and new data on flashless press forming techniques
abroad are presented. There are 32 references of which 21 are
Soviet and 11 are English.
TABLE OF CONTENTS:
Foreword
3
Ch. I. Raw Materials and the Basic Methods of Flashless
Press-Forming 5
Ch. II. Designing Parts and Blanks for Flashless Press-
Forming 21
Card 2/5

Flashless

Press-forming 892

Ch.
III.
Heating for Flashless
Press-FOrming
36
Ch.
IV.
Techniques of Flashless
Press-Forming
48
-Ch.
V. Equipment for Flashless
Press-Forming

70
Ch.
V1.
Calculation and Design of Dies for
Flashless

Press-Forming of Steel Parts
82
Ch#
VII.
Designing
Dies for Flashless Press-Forming from

Nonferrous Alloys
124
Ch.
VIII.
Examples of Flashless Hot Press-Forming of

Steel
Parts
149
Ch.
IX.
Examples of Flashle8s Hot Press-Forming of

Nonferrous Alloys Parts
228
Card 3/5

Flashless Press-forming 892
Ch. X. New Techniques of Flashless Press-Forming and
Extruding Shaped Bianks Abroad 246
Ch. XI. Fundamentals of Press Die Casting Molten Metal
266
Appendix I. Ultimate Strength in Tension and the Elonga-
tion Values for Various Steels at High Temperatures 285
Appendix II. Hot-rolled Steel Rounds. Standard Sizes
(GOST 2590-51 and Change No. 1, 1953) 286
Appendix III. Hot-rolled Steel Squares With Sharp
Edges. Standard Sizes (GOST 2591-51 and Change
No. 1, 1953) 286
Appendix IV. Hot-rolled---Steel Squares With Round
Edges.
Standard Sizes (GOST 2591-51) 287
Appendix V. Properties of Copper Base Alloys for Hot
Press-Forming 288
Card 4/5

Flashless Press-forming 892
Appendix VI. Properties of Aluminum Alloys for Hot Press-
Forming 289
Appendix VII. Properties of Magnesium Alloys for Hot
Press-Forming 290
Appendix VIII. Standard Sizes of Nonferrous Metal
Extruded Rods (GOS7~1945-46) 291
Appendix IX. Specifi&'Weights of Metals 293
Bibliography 294
AVAILABLE: Library of Congress Go/her
12-15-58
Card 5/5

G'UBXNKO. Yu,X,, inzh.; IMIN, L.G., inzh.; STIPAN=, K.Kh., inzh.
Now universal PN-24 loaaer. Trait* i sellkhozmeh. 30 no.6:30-31
je #6o. (MMA 13: 11)
(Isoading and unloading) (Agricultural machinery)

GUBUKO.
_,_~TZPANM, K*Kh.
PH-24, a new loader. Sakhprom. no.4:24-25 AP '60.
(MIRA 13:8)
1. Ukrainskiy nauchno-iseledovatellskiv institut
sellukokhuyayst-
vennogo mashinostrovaniya.
(Loading and unlaoding)

GUBBWOO lu.N.LBRINI-LAA-
The PN-24 universal gmb loader. Biul. tekh.-skon. inform.
no,5:52-53 160.
(Conveying machinery) (MM 14- 3)

PARASCRIV, Nicolas, fierar-betonist; BUSUIOC, Dumitru,
maistru; ERIN, Mihni,
malaxorist
Rostrum of excellent workers. Constr Buo 15 no.7221l
.9 N 163.
i

DANISTUN, M.I.; BRIN, M.S.
Improve the quality of fittings. Standartizatsiia 27
no.1;59
Ja 163. (MIRA 17:4)

BRIN 0 V.
in" -, / /-
Evidence, planning verification and reconditioning of the
measuringiin industrial
enterprises. p. 41o
Rheostats with retort carbon plaques. p. 46.
Apparatus for mercuric vacuum distillation. p. 47*
(MSTROLOGIA APLICATA. RUMANIA. Vol. 2, no. 2, Feb. 195.5)
30* Monthly List of East European Accessions (EFAL) LC, Vol. 6,
no. 7, July 1957, Uncl.

RRTN, V.B.
State of the blood Coagulation sy.9ten and
flbrjrcly~:,izi in
experimep,W) pathology of tho thyroid gland. Pat,
ri?dols.
i eksp. terap. 9 no.5:67-70 S-0 165. (14110. 19:1)
1. Kr-fedra patologichesVoy fiziologii
(ispoln~mp.,shcIdLy obyazan-
nosti zav. - dotsent R.D. Hhubetsova) i kafedra
norimllnoy fizio-
logiJ (zav. - prof, N.N. Pronina) Sovern-Oset,4nskogo
meiltslvskago
lnstiwtu, Ordzhonikidze. Submittod September 18, 1964.

HL131MG, G.A.; B111H. V.I.
Operation of the traumatological center in Xallnln
DIntrict,
Loningrml; 25th anniversary of the organization of
trauma-
tological centers. Trudy LSGMI 39:130-140 '58. WIRA
32:8)
1. lafedra goopital'noy khirurgii Leningradekogo
naniturno-
giglyonichoskat,
,,o meditainekogo instituta (zav.kafedroy - z.d.k.,
prof.A.V.Smirnov) I Travmatologicheakiy punkt
Kalininskogo
rayona (zav. punktom - V.I.Brin).
(ACCIDNNTS. prev. & control,
in Russia, traumatol. centers (Rua))

BRINARU, P., dr.; SORESCU, D., dr.
Considerations on a case of massive e inophilia. Mod.
inter.,
-469 Rr 161.
Bucur 13 no.3,.-1+65 T
1. lucrare efectuata in Servicii4 medical al Spitalului
muncitorese,
Pitesti.
(LUNG DISEASES case rept*ts) (EOSINOPBILIA case reports)

A 1Z 4
mm/weiang --mathoas Jun 1947
Welding) Blectric
'Troblems of Control of Automatic Welding Con-
ditione Under a Flux," I.L. Brinberg, 8 pp
"Avtogennoye Delo" No 6,,t-9
Discusses methods of control, effect of the length
of the are, effect of variations of network voltage,
effect of variation of the coefficient of the
melting electrode, particulars of the automatic
stabilization process. Fully illustrated with
diagr8me, formulae, and graphs of operating data.
i4T4

I L PA 43/49T33
USSR/Engineering 49
Welcling bhchines
Tractors
"Universal Welding Tractors Constructed by
TdVTITMh and Erperimente InTheir Industrial
Application," 1. L. Brinberg, Cand Tech Sei, Welding
Dept, TsNIITMASh NTM, 5 PP
"Avtogemoye Delo" No~-4,15-$O
j4,
Pbotographs, description, and.operating ~bar*cter-
istics of three types of universal weld~p tradtors,
the UT-1200 the UT-1500, and'the TJT-2000
43/4033.

. - . - - -&~ -1. . I "~- I , ~* .- .. - .4
MOT07, 1C. A., DRIMM', 1. t.
Ele,:Aric Welding.
Instrument and equipment for automatic electric-arc welding of
the Central
Scientific Research Institute of the Technology of Machine
Construction.
Vest. mash. 31 no. U, 1951.
9. Monthl List of Russian Accessions, Library of Congress,
September 1953(? Uncl.

USSR/Engineering Welding) Equipent Jan 52
"Standardization of the Welding Tractors of
TeNIITMASh,", I.L. Brinberg, Cand Tech Sei, V.P.
Yakushkin, Engr, Laureates of Stalin Prize
IlAvtogen Deloll No 1, pp 16-20
Discusses gradual development and improvement of 2
types of welding units:, heavy- and light-duty uni-
versal welding tractors UT-1250 and UT-2000 M.
Gives tech ch cteristics,of latest models accepted
as std equipment. Each model permits adjustment for
variety of operations in field of automatic welding
under flux.
212T15

JSSR/Engiveipring -Welding Apr 52
"Conference of Innovators Welders From
Enterprises
Df the Ministry of Heavy Machine Building,"
I. L.
Brinberg, Cand Tech Sci, Laureate of Stalin
Prize
"Avtogen Delo" No 4, pp 18-21
At Conf erence 6 - 8 Dee 51 for exchange of
advanced,
practical. experience, Deputy Min, V. N.
Yakovlev~
illustrated considerable increase in
machine. Iwo-
,diietion
andi improvement.in machine design by sev.
er%I examples: single-shaft high-pressure
steam
turbine of 100,00 kw capacity was
constructed,
21,2735
c1aimed as 1st of this kind in the world;
new vater
turbines for Dneproges were installed,
being more
powerful and improved than US turbines used
in pro-
war time; Ist postwar blooming mill of high
capacity
and a great deal of other rol I ing
equipment not
fabricated before in USSR. All achievements
are
attributed mainly to intensive use of elec
velding
and gas cutting of metaIs - A number of
reports
described individual cases of improvement in
welding technique.

FA 233T52
BRMERGy 1. LO
USSIf/Metallurgy Welding, ftiijuent Aug 52
IlLight-Ray Indicator of ~TsXIIMas h Design for Are Di-
recting in the Process of 'Automatic Welding Under FhD~'
I.L.1-Brinberg, Cand Tech Sei, Stalin Prize Laureate
"Avtogen Delo" No 8, pp 24-26
Describes device which, being attached to welding ma--
chine, produces light ray indicating correct position
of electrode in its movement along edges to be welded,
Light of 15-sw bulb, passing through double convex lens,
serves as pointer producing light spot on surface of
vorkpieces. Exptl indicator was tested with good re-
.sults and possibility was established for design with-
-out lens.
233T52

2. USSR (600)
4. Welding
7. Lectures of the All-Union Society of Welding Engineers and
Technicians at the
meetings of the Committee on Automatization and High-efficiency
Ilet'hods. AV-tog.
delo 23 no.10, 1952.
9. Monthly List of Russian Accessions, Library of Congress, January
-1953. Unclassified.

1. BRINUERG, I.L.; RY16LKO, P.G.; KILROBASTOV, 4'1'.F.;
YAk.-U3HKTI:, V.P.
2. ussR k6oo)
4. Electric IvIelding
7. Automatic electric arc welding of pipes with a apiral weld,
I.L. Brinbcrg, Engs. P.G.
P,ybalko, M.F. Krrobautov, Y.P. Yalmshkin, Av-tog.delo 24 no. 4,
1953.
t
9. Month List of Russian Accessions, Library of Congress, APRIL
-1953, Uncl.

BRIMBERG, I.L., kandidat.tekhnicheskikh nauk; YAXUSHKIN,
V.P., inzhener.
M= TWZH
~' rew'generail-purpose UT-2000M welding =chins. [Trudy]
TSNII 60:72-91
'53. - (MMA 6:11)
(Ilectric welding)

Q-
112-1-1405
Translation from; Referativnyy Zfi~ftmal, Elektrotekhnika, 1957,
Nr 1, p.214 (USSR)
AUTHOR: Brinberg, I.L.
. . ... .....................
TITLE: Works of TsNIITMASh in Automation of Electric Are Welding
in Heavy MachinebUlldlM - (Raboty TeNIITMASh po avto-
matizatsii elektrodugovoy evarki v tyazhelom mashinostro-
yenii)
PERIODICAL: Sbornik: Avtomatizatsiya tekhnol. proteessov v
mashinostr.
Goryachaya obrabotka metallov. Moscow, AN SSSR, 1955,,
pp-23T-243
ABSTRACT: Bibliographic entry
Card 1/1

BRIPMCr,_Lj,L., kandidat takhnichaskikh nauk;
YAROVINSKIT. L.M., kandidat
I"w ~tekhnicheskikh nauk
Welding practices in heavv machine building.
Svar.proizv. no.1:20-22
Ja 155. (KM 8:9),.
(Welding)

AID P - 5054
Subiect
'USSR/Engineering-Welding
Card 1/2
Pub. 107-a -
3/9
Authors
Brinber%, I. L. and P. G. Rybalko (TsNIIT14ASh

T,
M
Title
Automatio alignment of the welding head with the seam
Periodical
Svar. proizv., 5, 12-17, MY 1956
Abstract
Since the
deviation of the seam-line from the axis In

automatic butt welding
indicates a defective weld, the

Central Scientific Research
Institute of Machine Building

Technology (TsNIITMASh) has
developed two devices for

steady holding of the welding
electrodes, -vtc- :'-,e

11automatic tracer" (avtQkopir), which
wa~: .-. :---oed by

I. L. Brinberg in the "Avtogennoye Delo% io.
4, 1951,

and the 'light indicator' (evetoukazatell), described

by
Brinberg in~the same magazine., 1,1o. 8, 1952. Here

the authors
describe the newest device for true automatic

welding developed by
the TsNIITMASh jointly with the

AID P - 5054
Svar. proizv., 5, 12-17, MY 1956
Card 2/2 Pub. 107-a - 3/9
Central Scientific Research Laboratory and Central
Design Bureau of the "Elektroprivod" (Electric Drive
Plant) for automatic alignment of the welding head
with the seam. This photoelectric device is used with
the UT-2000M welding tractor. Eleven drawings, 3 photos;
11 Russian references (1946-55) and 1 English reference
(1954).
InstitUtions: As above
Submitted : No date

BRINBERG I L kandidat tekhniebeekikh nauk; SOKOIDVA,
A.M., inzhener.
Organizing centralized machinery production for
mechanization
and automatization of are welding. Vast. mash. 36
no.6:68-71
Je 156. (MLItA 9:10)
1. TS~ntralIM7 nauchno-iseledovatellskiy institut
tyazbelogo
maahinostroyantya.
(Blectric welding)

SOV/137-58-7-15173
Translation from; Referativnyy zhurnal, Metallurgiya,
1958, Nr 7, p 179 (USSR)
AUTHORS: Brinberg, LL., Kochanovskiy, N.Ya., Chernyak,
V.S.
TITLE: Modern Welding Equipmem and Problems of Its Design
(Sov-
remennoye sostoyaniye i zaddchi v oblasti konstruirovaniya
svarochnogo oborudovaniNlk)
PERIODICAL: V sb.: Sovrem. napravieniya v obl.
konstruirovaniya
tekhnol. oborud. Moscow, Mashgiz, 1957, pp 242-265
ABSTRACT: The design of modern welding equipment (E) must
be di-
rected along the lines of further development of such
widely
employed welding (W) methods as arc, resl_'.ance, and
electric
slag W, as well as ga.s-flame treatment of metal. An
immed-
iate task in mechanization of manual arc welding (in the
case of
short-run and single-unit production) is the design of
universal
welding tilters and manipulators with mechanical,
pneumatic,
hydraulic, and magnetic devices capable of handling stock
weighing 0.1-50 t. The design of W E employing electrodes
must include provisions for the creation of automatic
produc-
'-ion lines for continuous manufacture of electrodes. E
for
Card 1/ 3 automatic- submerged and gas-shielded W is
described briefly,

SOV/137-58-7-15173
Modern Welding Equipment and Problems of Its Design
together with the most advancod types of design of Such
E. Reconitile-nda-
tions are given for the construction of iniproved W
heads, supporting rollers,
trucks, pumps for drawing off of flux, feeding
mechanisms, etc. Electric
slag W E is examined together with the E supplying the
electrical power.
Means of further improvement of design of electric slag
W E are outlined;
they include resistance-slag W, W with laminated and
combined electrodes,
W of structures with curved seams, building up of metal
surfaces by rneans
of W, etc. A survey of modern resistance W E is given.
Latest machines
for resistance'W E is given. Latest machines for
resistance W axe de-
scribed briefly; this includes the NITIK-01 machine for
spot welding-of metal
0.01 to 0.1 mm thick; the ATMS-14 x 75 machine for
rnanufacturing~pf col-
umns, grids, and frameworks employed in
reinforced-concrete structures,
and the MShShI-40 machine for seam welding of components
made of Al alloys
with a thickness varying from 0,8 mm to 2 mm, etc. Goals
in the design of
resi4.ance W E are presented in detail; they include the
following: Creation
of three-phase -single-phase power circuitry; employment
of direct
(rectified) low-frequency current; extensive employment
of electronics,
semiconductors, and pneumatic -hydraulic devices in the
circuits of the W
machines; creation of E capable of controlling the
quality of welded con-
necti;'ons, An abbreviated description of modern E for
gas-flame treatment
Card 2/3

SOV/137-58-7-15173
Modern Welding Equipment and Problems of Its Design
of metals includes the following topics: Oxygen cutting,
gas welding, sur-
face hardening, metallization, gas-flame spraying on of
plastics. Require-
ments that must be satisfied by the newly produced E are
formulated, 15
drawings and photographs are included. Bibliography: 29
references.
B. K.
1. Welding--Equipment
Card 3/3

135-7-4/16
SUBJECTs USSR/Welding
AUTHORt Brinbergg I.L., Candidate of Technical Sciences.
------------------
TITLE: Methods for Approximate Calculation of Parameters for
Electric
Slag-Welding (Metodiks, priblizhennogo rasbheta,
elektricheskikh
parametroy rezhima elektroshlakovoy avarki)
PERIODICALt "Svarochnoye Proizvodstvo ", 1957, # 7, PP 10-13
(USSR)
ABSTRACTt Since the complex processes of slag welding are not
yet suffl-
oiently studied and no close theoretical calculation of
separate
welding technology elements is yet possible, and since it is
too
expensive and requires too much time, to solve the problems
empirically for every single case, the TsNIITMASh carried out
an
experimental investigation with the purpose to find data enab-
ling engineering calculation. The author proposes a method of
pre-calculating the electrical parameters which-is based on
the
date obtained by investigation.
According to this metbod the required heat quantity and the
equivalent electric power for the given dimensions of weld
connection and the given welding conditions are determined by
Card 1/2 formulas and diagrams. The diagrams show the
required heat

13~-7-4/16
TITLEs Methods for A proximate Calculation of Parameters for
Electric
Slag-Welding fHatodika priblizhennogo rascheta slektricheskikh
parametrov rezhima elektroshlakovoy svarki).
quantity in cal/aeo for various thicknesses of metal and for
weld-
ing with various numbers of electrodes (1 to 4), the ratio be-
tween the heat consumed for melting and the heat losses for
heat-
ing the base metal. The method can also be applied in slag-
welding.
The coofficients of the heat balance equation will be
establish-
ed more precisely in the course of further work by comparing
them with the experimental values.
The article contains 1 schematic diagram, 4 curve diagrams,
2 tables, and 3 bibliographic references kall of which are
Russian).
ASSOCIATION: "TaNIITMASk".
PRgSENTED BY:
SUBMITTED:
AVAILABLEt At the Library of Congress,
Card 2/2

28(l) PHASE I BOOK EXPLOITA710H
SOV/2156
Sovenhebaniye po kompleksnoy
makhanizataii I AvtomatIzatoil.
tekhaologichmak1kh proteassov. 2nd,
2956. 7V
ATtomostIzatalya mashlnostroltellssykh
protaessov; /trudy
J1ovV2hch-,1ya/, tom. Is Goryachaya
obrabotka motallov
ZAutomation or Machine-Building
Processes; Proceedings of the
Conference on Over-All Mechanization
and Automation of Technol-
OgIcal Process, Vol Is Hot
Metal-FormIng) Moscow, 1959. 394 P.
5,000 copies printed.
Sponsoring Agency% Akedemlys nauk
SSSR. Xn3tLtut ameMnovadenlya.
Konlaslya po tekbusclogli
mashino3troyenlyss.
Soap. Ed.s V.I. Dikushin, Academicians
Compiler: V.M. Raskatovi
Zd. of PublieUng House; V.A. Katov;
Tech. Ed.t I.P. Kus-aln.
PURPOSEt The book in Intended for
mechanical engineers and
mustallurglats. r
CCVMU=: The transactions of the Second
Conference on the Ovor-All
Mechanization and Automation of
IrAustrial Processes.
September 25-29, 1956, have been
published In three volumes. This
book* Vol. 1. contains articles under
the general titlev Hot
Working of Metals. The Investigations
do3cribed In the book were
conducted by the Sections ror
Automation and Hot Working of Metals,
under the direction of' the
followingr1aclantLatal Canting -
P:X: Aksancy, D.P. Ivanov, and G.M. v;
forcing - A.I. Taclikov,
A D Toolenav and V.T. Meahcherin;
welding - G.A. Nikolayev,
B-X- Frolov and G.A. Masslov. There
&rv 183 referencesi 142
Soviet, 34 English, 6 German. and I
Prench.
TABLE OF CONTENTSS
BalkOvetf, 0-3- Mid P.L. Chuloahnikov.
Autommatic proces,
control In Contact Welding 266
Orooav~ N.A. DINvOlOpment of Automatic
Welding Equipment aT6
A. Studies at the XVTU in. Baunan,
(Moscow
cal
Welding rodeaseasch001 is- Bauman) on
Autommotion or 280
X&nPrzh&k- C-X-, r-YA. Rabinovjch,
lfp~..T. sle,pushkin, &M
ZT-R- 'few sy-tems for Aut7ostating
Welding
quIpownt 290
avgrchenkO, T-R. Automation or Aro
WaIdjZg In a Pro,6otive
44 meditsms
322
Fh='n- I-'- Autcmmtlc weld Been or
Weaa~Rssulatent Alloys 330
Ratskin. D-X- Automatic Welding of
Articles frou Aluminux
KQchAncv&k17, X.Y&- Work of the
AU-Uhlon Scientific
Research Institute or Electric Welding
Equipment on
Mechanization AM Automation or Welding
Processes 348
Lyubavsk--y, K.V., L.M. Yarovinakly,
I.L. BrIrj r and
I-M- NOV02"210T. Meah-mization and
-X-U"11ZrI1Fn-df Welding
Processes In Heavy Machine Building 361
Semenavo A.P. Seizing of Metal, and
UtIllrAtion of this,
Phenomenon 3TI
AYbinder. S.B. Cold Welding of Metals
385
AVAILABLE: Library of Congress
card 8/8 TM,4jr
9^5/59 (1-1)

AUTHORS-
SOV/135-59-.11-9/26
er I-Lo
t_rinTber I.Lo, Suslov, V.N., Candidates of Technical Sciences,
and Tselln:-L ~eYe.Ya., and Grudkin, D.A., Engineers
TITLE: Improvement of Equipment for Carbon Dioxide Shielded
Arc Welding
PERIODICAL% Svarochnoye proizvodstvo, 1959, Nr 11, pp 21-215
(USSR)
ABSTRACT: Experience has shown that many'an important
component (gas-electri(%
blowpipes, hoses, feeding devices, meters for the control of
gas
consumption) incorporated in equipment for carbon dioxide
shiela-
ed arc welding needs further improvement. In order to remedy
the
situation) the organization TsNIITMh has improved the vital
units of semi-automatic welding machines PSh--5-U and
PDSbM-500,
and developed design of a special semi-automatic machine
PGSh-2M.
All these machines are intended for welding low-carbon and
allo3-
steels of a thickness over 3-4 mm by means of carbon dioxide
shield-
ed ar.~ welding. A group of experts including, besides the
authors
of this %rticlej the following persons: S.I.Klepikov, P.D.
Deni-
senko, Ya.11. Glukhov and V.I. Praporshchikovq began
researching on
Card 1/2 blowpipes, hoses and leads, meters, pressure
regulators and elec-

SOV/135-59-11-9/26
improvement of Equipment for Carbon Dioxide Shielded Arc
Welding
trode feeding devices. The speed of the electrode wire food
was
regulated by changing the number of revolutions of the
electro-
motor armature; this method was developed by the
TsNIL-Elektrom
AN SSSR. The Following persons participated in working it
outs
G.M. Kasprzhak., I. Ya.. Rabinovich, Ye.l. Slepushkin and
V.11.
Shchitova. The basic constructional alterations of the
PSh-5-U
semi-automatic welding machine are: The holder for combined
hose
feeding of ths blovpipe replaced by two separate hoses;
devices
for feeding with gas and -water changed; the electric
system is
adapted for operation on direct current. RecODstruction of
the
PDShM-,500 machine was carried out along the following
liness re-
gulator of gas pressure iubstituted by a reduction nipple;
pres-
sure relay and wire straightening device are eliminated.
There
are 2 graphs, 1 table, 5 diagrams and 2 photographs.
ASSOCIATIONt TsNIITALASh
Card 2/2

VLADIMIRSY.IY, T.A.. doktor tekha.usuk; VROBLEVSKIY, R.V.,
inzh.;
GLEBOV, L.V.. inzh.; GODIN, V.M., kand.tekhn.neuk; GUZZOV,
S.G.. inzh.; GULYAYEV, A.I., inzh.; YERSHOV, L.K., inzh.;
KOGHAIIOV:XIY, N.Ya., kand.tekhn.nauk; LYURAVSKIYJ Kj., prof.
doktor tekhn.nauk; PATON, B.Ye.. akademik, prof., doktor tekhn.
nauk; RABIHOVICH, I.Ya., kand.tekhn.nauk-, RADASHKOVICH. I.M..
inzh.; RYKALIN, R.N., prof., doktor takhn.neuk; UEKTOR, O.Sh.,
inzh.; KHREHOV, K.K., akademik, prof., doktor tekhn.nauk;
CHEMAK, V.S., inzh.; CHULOSHNIKOV, P.L., inzh.; SHORSHOROV,
M.Kh., kand.takhn.nauk; BRATKOVA, O.N., prof.. doktor
tokhn.nauk,
nauchnyy red.; JPjj~PG, I.L., kand.takhn.nauk, nauchnyy red.; .
GELIMAH, A.S., prof.. doktor tekhn.nauk, nauchnvy red.;
KONDRATOVICH,
V.M., inzh.i nauchnyy red.; KUSOVSKIY, A.I., kand.tokhn.nauk,
nauchnyy red.; SKAKIIN G.F.-,.k:and.tekhn.nsuki nauchnyy red.;
SCKCLOV, Ye.V.* inzh.: red.; IVANOVA, K.N., inzh., red.izd-va;
SOKOLOVA, T.F., takhn.red.
[Welding handbook] Spravochnik po evarke. Moskva, Gos.nauchno-
tekhn.izd-vo mauhinootroit.lit-ry. Vol.l. 1960. 556p.
(mun 14a)
1. AN UbM (for Paton, Khrenov).
2...,ChletyLlMlIrrespoildenty.,AN SM
'(for Rykalin, Khrenov).
(Welding~-Handbooks, manuals, etc.)

S/135/6o/ow; o ie/OM~',io lo
.Aoo6/Aoo1
AUTHORS, Brinberg, I.L. Candidate of Technical Sciences, Sokolova,
A,M,,p
_Eff9nMM_
TIEZ Welding in Carbon Dioxide~~
PERIODICAL: Svarochnoye proizvodstvo, 1960, No. 12, pp~ 23-26
TEXT- The authors report on a series of semi-automatic and automatic.
machines for welding n G02, shown in a special exhibition., ThenrLu
-3 (POSh-31)
semi-automatic machine for welding in C02 operates with a wire of
1,6-2 mm in
diameter, on 250-500 amp current, in lower and inclined position;
its effi':'.Iency
is lap -'.-o 50 kg weld metal per shift. The flW -5 (PSh-5)
semi-autc-matic machine
was modified by replacing the holders by gas-electrie burners and by
intrcducing
a carbon dioxide feed system; the machine operates with 1.6-2
mm-diameterwire
on 250-500 amp current. The A -547 (A-547r) semi-automatic mach-ine
opereting
wit-Ii 0,6-1.2 mm-diameter-wire and Z-200 amp current can be used
for welding in
00~, of TAIin metals in all spatial positions, ita ap~lica'lcn I,,
Bhipbuil:iing is
demonstrated on a ship model. The n -130 (P-130) autematic machine
for we-Iding
w�th a 0.8-1 ma-diameter-wire 0.5-2 mm thick metal, is fed fr~m a
OC-1301' 20
Card 1/ 7

S/135/69/000/012/006/010
Welding in Carbon Dioxide A006/A001
(V3_130/20) selenium rectifier it is employed for the repair
of autcmcbille rk__-r4z,'
The RAOF -300 (PDP,3-300) serd-autlomatic machine (Figure 4)
operates -with 0~8_2-
mm-diameter-wire on 60 to 500 amp current. Welding can be
perfnrmed in al!
spatial posi"'.1ons and can be effectively used for
welding.-up cast defec-te, Th~_
AAnF -500 (ADPG-500) automatic maohine (Figure 5) Is Intended
for 9.r,% w,,41ding of
steel. In COo with a wire of 0.8-2.5 mm in diameter and 60 to
500 amp current.,
angular _,Lzid-butt welds in the lower positicn can be
prcduced. Die AAK -5oo-'3
(ADK..500-3) a-utcmWAc machine (Figure 6) is used for welding
J--., :?hielding gase-S
or LLnder flux circular seams of 75 to 300 mm in diameter, in
horizontal or in-
clined position of-the table. Welding is performed with wire
of 1~6_2,5; mm in
diameter, on up to 500 amp current. The P -912 (R-912) stand
Is used, to prnauce
circular seams of 6 to 2DO mm in diameter with a vertical
rotation axis, Auto-
matie welding in CO. is made with a wire of O~5-i~2 MM in
dllame,ler cr, 40 to 2D0
amp current. The stand is employed in large-2cale
pr~~ducti,_'.n for welding-c.-I 01-1
funnel tubes, and lids of electric contacts to sompresscr
b-~tt-)ms, Tbe P -964
(R-964) welding machine (Figure 7) is used 11~, produce
automatically cirealax -
seams on parts of up to 300 mm ir. diameter with a horizontal
rotati~~_n ax'_E., wit-h
a wire of 0.5-1.2 mm in diameter, The machine is equipped with
tw;_,~ welding heads,
making pi_-~zsible to produce siaraltaneously twc seams. The
unit is emrloyed t.~- weld
Card 2/7

9/135/60/ow/012/006/010
Welding in Carbon Dioxide, A0061AO01
automobile Cardan shafts The.P -899 (11-899) stand is intended for
the automatic
assembly and welding in C02 of thin-walled steel spheres of-200 mm
in diameter,
with 0.8-1.2 mm diameter wire on 70-150 amp current. The efficiency
of the'stand
is 25-30 items per hour.. The multi-purpose C_ -55 (8-55) unit
(Figure 8) is used
to produce circular seams on tubular work with a horizontal and
vertical rotation
axis. Seams of 20 to 100 mm in diaieter can be welded on 200-300 mm.
long pipes
(on roller suppbrts) of up to .300 mm in diameter in a horizontal
plane. Wire of
0.8 to 1.2 mm in diameter is used. The multi-purpose -\C/A-2 (USA-2)
apparatus
,(Figure 9) is intended for automatic, semi-automatic and
electric-rivet welding-
in shielding gas'or under flux. A wire of 0.8 to 3 mm in diameter
and loo-6oo
amp current is used. The unit include~s an electric-riveting head
with automatic
electrode wire feed and precision measuring out of welding time,
performed by an
electronic time relay. The described processes can be performed with
the use of'
a number of wires developed for this purpose including the &1- -08FC
(Sv-08GS).
_08F2(,(Sv-OQG2S) Cr,-10XF2C (Sv-lOKhG28) Cs_o8X3F2CM(Sv_08n3G2SM)
-2 1* JAj (Sv-O8KhG2SM) Cr-OR 1 2 U-1 (Sv_O8KhG2SMF) C3 .08 A 14r 1
(sv-oft14n)
-08 X
and C- - 10 X, 17T (SV'- IOK[117T) wires. These wires are employed
for welding carbon
and alloyed steels in C02 and have been included into GOST 2246-60.
A method is
demonstrated of obtaining C02 from dry ice by evaporation in
gasificators. The
Card 3/ 7

S/1,35/60/000/012/006/010
Welding in Carbon.Dioxide A006/AO01
The C02 thus obtained has,high purity and a low water vaporcontent.
The use of.'
the described methods of welding in C02 is demonstrated.on a series
of welded
articles, such as steam turbine diaphragms, and other;.turbine parts,
automobile
parts, ship and agricultural machine components, boilers and oil
containers, blast'
furnace parts and pipelines.- The method ensures a raised labor
efficiency and
savings amounting to 5~ to 90,000 rubles yeaily per one automatic
machine and to
.25-35,000 rubler per one semi-automatic unit.
Figure
4.
;taIg The PDPG-300 semi-automatic machine.
Card 4 7