SCIENTIFIC ABSTRACT GOLOVKIN, M. - GOLOVKIN, R.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000515820011-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 24, 2001
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

A,CC NRt AT7011646
conditions of excess pressure
At undek and re-
duced ar4blont pressure place a serious load on the or-
ganism, placln$ constant and prolonaed stress on the
compensatory iwehanisms.. During the first 3 days, the
general oonditlon of all subjects and the level of their
work capacity showed no serious changes. By the 4th
and 5th days, shifts appeared in the functional con-
dition of the subjects which were directly reXated to
the magnitude and duration of.heat loading.
Differences between subj6cts depended on different
loading c-onditions. aubject;.A, whose spacesult during
the entire 7 days was ventilated by cooled air, showed
no noticeable strain of the thermoregulatory system.
Body temperature was maintained within limits of 36.5
to 37.260, average skin temperature ranged from 34.6
to 36.3.C.. heart,rate In the condition of relative rest
did not.exceed 130 beats/min, and average non-kidney
as qay. This.subject evaluated
moisture loss w 2140.g(
his sensations as "warms'' The poSt-experimental clini-
oal physioaogica* bxamination did not reveal any major
changes. Observed shifts could be ascribed to general
fatlv4e and the relat'lve T-day hypodynamia.
COM

ACC NF6 AT7011(0."
. - Ir.,experiments with increated heat load, where
almost all of the erdogenic heat was removed by means of
evaporation of Sweats, the stress..on the system of body
thermoregulatlon was more pronounced. Non-kidney mois-
ture loss was from 3650 to 4000 g/day. As could be
judged from the relatively stable temperature of the
-body and skin during the first 3 ilam it was possible
to maintain heat,balanee of the organism. On .the 4th
day, however, both subjects (B and 0) began to show
symptoms or overheating (increases in body temperature
and in heart rate)i,. A.graoual-Increase of these phenomena
reached it$ maximum on.the,5th day. The experiment with
patient B was torminated., After the temperature of the
ventilating alr~~of patient Cgs spaoesuit was reduced,
his general condition became normal. Body temperature
dropped to 37-500 and the*heart rate slowed to between
64 and 72 beata/~dh. During the next 2 days, body
temperature ranged between 3T,O and 37.60c. The skin
temperature s14~htly exceeded normal,0 ranging between
35.5 and 36,9.j*C.,
Apparently ihe considerable change in the thermal
balance of bubjeots B and 0 on the 4th day of the ex-
.periment was due,~to exhaustion of the thermoregulatory
CAVd

AI~C N% AT70111546
me-chanTalas, which by than had been under atress for
some time. Tile: Invaediate cause was-perspiratory dys-
functioni everi with the unlimited amount of water
'availablo, on the 4-th,and 5th daya subject C exhibited
a reduction In non-,'XIdney moisture loss which could
have caused increaseid-ovirheat~n&.--
The post-expeilswntbl 'examination of patient B
revealed a pron!Wno6d faVtSp'6- ~nd a hypostatic edema
of the lower extremities.; -The edema of the lower ex-
tremities. was probably, tll*e -eo the condition fact that
this subi 'eat was oblited to sleep with his feet down,
to increased pe~me
abilitj Ot ihe,capillaries, and to
disruptedeleattolyte balanqb caused by increased non-
kidney fluid loms. Patient"A, wh6 was permitted greater
rreedom of movement, who tigVable'to rest and sleep in
.a horizontal pomition with his legs rai 'sed, and who was
exposed to a smaller heat load, showed no edema. Hy-
-drostatic welghlr4g of patient A sh 'owed that the non-
fatty component,of the body increased.only by 350 9.
During thio time of the experiment in conditions of high
heat load., patient C,-who was permitted to sleep and
rest in a horizontal position, showed no apparent
vdemas. However,,..following.the experiment, the water
Crd 9/ 11

ACC N% AV0111~46
conponent of his body had increased by 1000 g. During
the final day of the experiment, when the thoxnal loading
vas substa;ttially ra4uced, urine production increased
fzVn 500-74-0 to 1525 g day (compared to a dallytrine pro-
duction In subjects j% and 3 during the experiment of
approximately 663 to 758 g!dAy). This great diurests
In patient C apparently IndIcat*d the appearaqce of
hidden ed"aa, which boaan to dissipate when the thermal
load was rtduced. Follouing the experiment, subject
C sholxqd fatl$uo and vascular-vegetative instability.
Within 3 days, all these si"ptoms had disappeared.
I
Mis, In experiments where all of the heat exchange
of the subject was ceonpltshod by evaporation of avest,
thermal balance covild.-bo maintained for 3 or 4 days,
after which symptoms of overheating appeared. After
4 to 5 days, the ths=oregulatary mechanisms bees-it
exhausted and intemsive overh*4tinS appeared. 11hon
i5 to 409 of the *mdogenle host of the body was removed
t~y use of coo-led o1r,itbe experimental conditions could
Cmd 10AU

ACC N;4
longer period of time, despite*some
be endured for a
stress on' Vw thef oregulatory mechonism. The posal-
I~ility or,xion-amelimatized subjects surviving for 7
days in a,apaceiult in a depressurized spaceship cab:~n
-under conditions of relati" rest was demonstrated.
.,Average ehergy Oxpenditurerp under conditions of limited
and uralmIted waters intakes ranged between
19W and .9400 kpal/oay. Orlso &rto hank 2 figures and 2 tables. CATD PMS:
SUB COGICs 06 / SUOK.UATES none
C*W

GOLOVXIN, X.
Sodtirshanie uatroletv avtoblokirawki v st t h neloyliakh. Cxaintenanc* of the
block system dittiIte urOer winter conditioNy. Moskva, Goo. transp. zhel-dor.
izd-vo. 1939. 21 P.
DLC, TY630.G71
SD: �U= TUNSPORTATI An COWIjgATjQj� A BIBLIDGWW.. Library of Congress
Ikeferemos 3*111;rtnexit, Washington, 1932. Unclassified.

GOLOVKIN, M. 1.
ust"Istwo i rderzhude avtoblakirovkl. L Installation an4 maintenance of th*
block syntemij. Motikv*, T~ransxheldorltdat, 1939. 264 p. illus.
SD: 921LIT 2MZM%&j11?A An QMUNjgATjQNS. A JOLIQgUM, Library of Congress
Riference Npartmenh, Washington, 1952, Unclassified.

UUMTOAA.. I ""at StsllvabW proull. lashoner; GAUBM, To.Tu.. La-
Sheuoo~ Tota*gooss; g MI-CZ., lushonar, rotsousent; ZLUIDDY, A.A..
UxO,640 toiftalmewcum laux. relvensens; IM110, I.C. &tsont. kaudl-
dat ekbA101141cuth bafto retsensout; SMOT, A.A.. imbener. r*tseuzont-,
DY, CC,, lavi*at Stall"kv proall, bubwer, retemsent; CM-
i
Wl T.311. I tishouer, retomsent, UZUM, G.A., inshoner, roteousent;
MMC NaLo,i lAureat Btallaskay pr*uil, inshener. retwensent; WTI-
Vffl YJL., dotoont, retasn"at; PIVOUROT. A.L., inshoner, retswment;
POOQ~glj A.H4,i Inshwer. retsoan*xt: ft MOT. L.R.. Insboxer, retsea-
sesti; PITCIUWT, AA., lusUtwr, retsessout. POOMIN. A.M., inshener,
retsopsout; XbOMON"t Lek., lashoser, reloonsent; MWPU)V, V.I., kxa-
diagt~w&xio6iklkh x&*, reteenseat; UMV. A.P.. inshener, rotse&-
sent; I D.N., telthalabookly redaktor; TUBA. G.P.. tokbinichookly
ro&~itor.
Efto"iaal hik db Ok f LilVO&d UOU) llekbalaheqkil spravoohnik she-
lallut)AoroiabF. Oval. Ors.1siewlift, con" control, blook system, and
oommuAlositiou , Sigualt"taiia, teentroalsateiJAL, blakirovks, ovias'.
led. IoUegl* Aol-ftrszov El &.I flav.i*d. 3.7.2ndoi.' Nookm, Go@.
tra~*V, wliol-Oro lvd-r6, 1952. 975 P. (urd 2) (NW 8:2)
(RAilro*d*-6lza4 Sig) (ballroado-Coummicat Ion systaus)

RAUJOT. A"10, redj*Vor; BIZWKIX, D.S.. rodaktor; VAXHNIN, M.L. otv9%stvsw-
9137 x4fiaktcw~ tom, professor, daktor tokbnicheakLkh nauk; 11" 1 XOT, B.I..
r*da"001; ITUM, I.T., re&aklor; MMOWI, I.D.. redaktor; EMY. U.S..
redsoUter,; SOKOLIUKU. Ta.l., roduktor; SOWGUBOV, V.S., redaktor;
9INV44"Wry, *.X., redmktor; AJJMT, A.A., in&hener; ANAMIR, B.I., in-
shenor; A?".'TBV, Yo.T., lau"at StAllaskoy preall. inshenor; BILM110.
dolvant; SOBAOT, D.P., doteent, kandidat tekbuioheakikh nank;
WIL""tw, P4... imsbwel%er; %BAR, X.R., Inshener; ILITUX01, V.L. doteout.
kan"$ t"Ooheakikh mauk; ZOUMV, A.A.. kandidat tekknicheskikh &auk;
Mumma,. L.P,.4 kandidat tekboichaskM naak; IMLIAMMO. R.7., doteento
kandibb tskbodclbeskikh amk; MATAM. P.T., professor, kandi(Lat tok hoo
nich4tikh MWOV. N.V.. inawmeir.. NzwPow, T.G.. dotsent, kandi-
dat tokUlchesklkh mank; IFOTUOY, V.A., doteent: OWT. N.A., Insbaner;
PIMIt. toldinicbeakM nauk; PIVED, G.M., inshener; PO-
GWIN~ A-.K., Wkwmer, RUMM, P.S., dotsent. kandidat tekhnichetkikh
Sauk; AW11NOT. V.S.. kandidat tvkhnifteskikh ww ; RTAXANMY, B.S.,
lsiarao% 11tallaskay preali, 6otsent. kamd1dat tokbnichaskikh nauk;
SNAMOM. A.A,, Whener,- MISM&N. A.S.. Inshener; SUSTIN. V.A..
laureat Staliaskoy previii, lAshoner; SWE, B.I., Inshener, GMNUOT,
V.I., lashenex~* irsteeus*ut; NOVIKOT. V.A., dotoont, reteenzent; A7A-
IUSITXWo Ye.T.,, law ."t Stalinskoy preali. retsensent;
[Teohnioa hamOook for rail"&d men] Tekhnicheakii spra"ohnik sheles-
uodoroihp:Om, Tol. So Cglgodlzg. central control. block system, and
Cowmid"tion), SignalislteilA, teentralizateiia, blokirovka, svias'.
Red. Ullegilos, A.7.3aranow Ll 4r. I Olav.red. 3.7.1adoi. Moskva. Gov.
tzanoo' stal-4or. lado-vo, 1952. 975 P. (Couti=ed on next card)
I

OWT9101 KOK. $mxhonor, seetavitell; MITO, V.I., rodaktor; MATSIM-
In "~., tethulabookly rodaktor.
-MIL4044N.
[ftpXbook ror electricians and lnsWlors of railroad signal
oemtr*l oo4trol and block systomal Famiatka slaktromokhaniku i
watorti lftx~ 4-4 poror. Isd. Moskva. Goo. transp. zhol-dor. isd-
". M3. 06 P. C iorefilml OGIRA 7:111
(Rik 11reads-Slool tag)

Mf I.M., karAidat tokbuichasidich nauk; AGIPV=,, inzhener;
MPAN". O.K.; MKITO,X.I., rodairtor; MIT OV. P.A.1 tokhnichaskiy
rodaktor
(A guUe for the electrialan and
si&al block system) Pako*odstvo
bloftrovkI., lod. b-ce, parer. I
izd-vo 1956. 303 P.
wirown of the automatic railroad
slektromekhanika I montem arto-
op. Kooky&, Goo. tranop. abal-dor.
(MLRA 9:11)
1. Russia (1923- U.S.S.R.) Kinisterstvo putay soobehaboniya.
(RO-Insdo-SigmalitiC-Block system)

LFASAS IN, Twgedy Vladial"viobt 00 U& Mikhail X&PItanovich;
AM-" --
KMM)TA, 4. 1., ifteb.. red.; 3OBW1FAj'-
Copersti*n of liguallug. eentralis*d o6utrql,&. k systaus
In the railroad transportation mystem] 2kiii:;As, tia ustrolstv
STO n& transport*. Moskva, Got tr
Zbel-dorAZA-vo, 1958. 266 tMIRM&IM12)
Ut1road-Signaling)

valw*04tug WOU" Spans With SlirA
wv*Ajw~ Iwo 4lomcwtostrCV, wS
e so vp 16-go
tign sAA ftbric4tion teabnology,
SPOSS in "Otims 93 and 33.6 m long.
ItIM MW ~&V*4*40 torlbe Ist tim, at
~*rlg* lbotoi In 1910. Discusses de-
idWj~im6so and presents
orwo zlusimii aid: smocosucins.
917"1

OMOOVIM) M* P.
. . .I. .- I ~ - 1., 211 1 ~ . I, ,
"Fabrication of A.U-W(hld4id Girder Bridges with Solid Walls'! (Avto- Delo, 1952, 23# May,
p. x6)
This refers to the same development as that described in ref - 33 above. The
practical difficulties 4mcountered in velding, particularly control of distortion, am
described, together irit& the jigging and velding procedures evolved to overcome them.
VI

CWYM !,,Wkba$jjWqyAq_4j NA13107, A.F. retsenzent; NAMM, A.N.,
.lAlzb.2 31et'Penzent; RAM00331, VPN*,p*insb*# retoenzent; SOIDATININp
qC6j, "toonsentj T"UVJI Oo?*, Imnd*tekbneu&uk# red,,*
WITMI X~ 14*A.s taklm; rq#d-*
(Demign and operation of motor operatod loaderal Uexoistvo i ek-
plutatmlia aytopogruwhikov. Moskva, Voss. izzdatel I sko-poligr. obO-
odizen1m,H-va putei soobabobsulla., 1961. 77 p. (MIRA 1012)
I* Oklaulan A.S.S.R. Statiatiobeakoye upravleniye.
(Abkbm U-Statiatics)

wwvm I r,
I t ms
i
Mootric: lpadsro with cue ftd two ton capacity. BLu]L.tekh.-Gkm.
tokh.inforu. no.le7l-74 163.
(KM 16;t)
(Ybrk lift trucka)

GOWVM M. P.
-P -,
Self-d.io-obarging railroad care for industrial transportation.
ftul. tekh.-akon. inform. (kw.naucb. -i eel. inst. nauch. I tekh.
Intam. no.3t60-65 163. (MIRA 16:4)
(Railroads-Fraight cars)

GOWVKIF I. II.P. ji
Meatric4attery lmders with three toi capILCity. BiUlot-Wche-
okcma Luf orme Gov o insmob. -teal. inst.nauch. i takh.inform. 16 m0*52
61-46163. (MIRA 1617)
0,0&:Hr,~, flud eLrKI ~uppliefj)

GDIDVKIN, M.P.
Thm, KhIll sal2f-Amloading hopper cars. Biul.tekh.--8lton.infor=.GCw.
=m6b.-i.Oml4inst.n&uoh.1 takh.inform. 16 no.6t7l-75 163.
(MIRA 1698)
(ftilroads-Freight cars)

GOLM11t, Id.p.
The 10L-$O1 battery-powered five-ton capacity loader. Biul.takh.-
skon.lmtorm.Gos.nauchw-isal.inst.nauctA.i takh.inform. 16 no.St
6.1-64 063.
In the Wantiflo Counall for Industrial Transportation and the
Machmd,pation of Loading and Unloading Operations. 66-67
(KMA 16 -. 10)

COU)POswiffamolliftl
'00W4."
loading wW waloading equipment for loo:39 materials. Diuletekber-
i tekhAaforA. 16 no.10-.
alp.08 163. (Itft 16:11)

GOLOWIN, PI.P.
Unive.rsal battery-power.ad ten-ton-capaoity loadir. Biul.tek4.-ekon.
inform.Goo.mueh.-issi.inst.nauch.i tekh.imform. 17 no.1:85-87 164.
(MIRA 17:2)

GCLOVMDip bl. F,
-
The ESb-281 storage-battery stacker. Biul. takh.-okon. infom.
Gom. nauch.-isslo inst. naucb. i tekb. bLform. 17 no.2:67-W
I U.. (MIRA 17:6)

GOLOVKINI M.P.
Inportimao for the national economy of the, narrow-gauge
rallroad tranapartation. Biul. takh.-okot. inform. Goo.
maUch.-iliml. inat. nauch. i takh. inform. 17 no.301-82 164.
(YJRA 1?:9)

I GOlavM NIP.
1.-, 1.111,
Tbo M-M eloctria fork-lift truck. Blul. takh.-okon. inform.
6os. nauoh.-isal. inst. nauoh. I takli. inform. 18 no.2:55-56
F 165. (MIRA 18: 5)

r-ACC-NAs 0067
I o oOO o
'jAUTHOR: GolAwkin, N. (Frofessor)l Logincy, 1.
IORGj Leningrad Toohnologio Institute for the Refrigeration
itokhoologiaheskiy institut kholodilinoy promushlemiosti.)
TITLS: Proper conditions for the refrigeration of meat
SOURCE. VVasnayA indwtrlya SSSR, no. 5. 1965, 3-4
TOPIC TAGSs food lyrooessiM equipment, food preservation
Industry (Loningr&dskly
ABSTRAM 7he aim of the invest1gation was to dotAvrmine the length of the
refrigeration poricd raw neat as a function of the temperature and the air flow rate.
For conv6nience and accuracy of the observations, the experiments were carried out an
a model material-which was in the form of a sphere and whose thermophysical properties
were close to those of meat. Use was made of agar models with diameters of 0.055,
m65, m8o, o,090. and 0.100 motors. The refrigairation was carried out at air
temperatures of 0, -4. -6, -14. and -19PC at flow rates of 0.2, 1.75, 2.5, 3.8. and
6.9 motors/see,. 1he experimental data for spheres of different diameters at various
temperatures are listed in an extensive tAble, and a curve shown the change in the
moan tonporsture of the sphere as a function of thetemperature and the flow rate of
t1as cooling madlim, at the moment mhon the cryoscopie temperature is reached on the
UDCs

ACC Nib Ap6oow,
siurfa.ce of the sphere# In general, the exp6rimonthl data were found to agree well
,bdth the equation t
100 - 2.T(0 (RO)OOO
-Where, the correlation coefficient - 0-9893. and, the mean quadratic dovUtion
Ar-& = 0.0199. Pcn- bomt results, 40 rate of motion of the cooling medium, at
riegative Umperittuxos Thu -4, to 40C, should lie idthin the, limits of 1-2 motors/sec .
Origo art* hass 12 formvlas. 4 figures, and I ta.Vle.
SUB COMS 131 SMK W& none/ MM RIWI 0031 OTH RJWs 002

II)OWNCO, Ito
- - ------
II&M million roablem LAtc the fund of theseven-year plan. Soy.
pwofsoLugy 16 no.14#46 JI 160. (XIU 13:8)
1. Phdoebtoll samkowe stdwllnogo savoda "Dagestanskiya ogat.4
posel-ok Opit, Magestonskor ASSR.
I(09a (DS&Ostan)-Glame mom maturs-Technological innovations)

GAMEMID, Yo.-, GUORM-NA.-
Attachment for microfilming. Sav.foto 21 no.11:30-31 N 161.
(MIRA 14s11)
(Microphotography)

GOLMUP N., prof., ILDSHLU, N.; UMM, L.
-Stladying the conditionx of food product storage in a chaW*r
with dynamU immUtion. )CLa$.i9d.=R 33 no.2147-51 162.
(MIM 15:5)
.
t*khn 10gicheskiy institut kholodillnoy
1. lmnLMgr*d8klY
PranwablemMOU (for GcLIovking Koshldn). 2. Veasoyuzmn
Amwhno."imalsdovatellskiy institut aWunoy promWahlonnosti (for
Baturina).
(LOniqP&&-4c.ld storage warehouses) (Food-l~mservation)

4

i 19 -9 21 T, 11, Ir Ic 14, 11 S, e 0
0 411q 'of",
14
i-of

0

1 obw

y
led.
a
IM
da
ad
sWt t bes b"s by the mcckrated
Pf 40 100110 during stotastr it SWAMI
4L4 hW,~.3
sbas MOM batten by the Stash" p. 05, rapid MIAMI
=,I,
T NME* E =!i=it
witic), 160 frea" qPwr kreps km well. OrIlik"Okpi w
It"% %HMN oWs to Isomte the cwtrwy. Thi. emstm. =:too
1 dii"Jam is dim to the fact lbot. M rapidly frown meat. de -
comw~ of tjtqp mul Ot lactic mid p1sys a triativrly
saimporlsal OWL. Me ties =Octfts the obeat assinsit
000
dw de"Oopsneal of the askio A. P.-C.
4!0*0
too

go

*00
... J7-
a I I
a It 0 It a a IIA 0 1
A 00 0 0 0 0 4 0 0 g 0to 0004 0 go
J4 a 160 00141 *so 00 0 0 0 0 0 01
-6 AJO 0* 0

j0 Rodin
~ilv! tlol

000",
Wa;rlmuce of mtraviolat Bays m Mid rungl'
Oolovkin, CmA Tech Scl~ TAningrad Imt of
Niftleeratim and Milk Ind, 6 pp
li~aoalll Teka' So 4
" testim to leter3dne action of spores; of pen.
SA"CUMI asp. ulger, moor, &Ad:Mzorus nIgT. at
reUtIvely low above-zero taLperaturee (between
20 Ond 40 0), I.e., at the actual taneratures at
Alth =my refrigerated, rapidly spoiling produots
am atored. Fomd ultraviolet r.aym vore very

GOLOVUI~ N. A.
"Nafrigeration Engim4rirg of Food Products," Pishcheprotdzdat, Moscow, 1951

GOLOWIM, N. A.
"Vae of Vltamriolmt Rays in the Processing and i4mciat StorIng, of Food Products,"
MYRO. Ind. MR, Dlo.2., 1952

-IT
I
2, WS1 (6W)
4. IMtter
7. Losseo in sweet cmam,butter dvring prolonged storage. Mol. prom. 13 no. 11, 1952.
9. Mouthjj hist gL Russing Aceelsions, Library of Congress, February 1953. Unclassified.

014c tL MA. 1. Sh4gArl awl
.4..
(~~ Ifte, kemog. WWI Milk
2J. No. 1. 17-2XM%2).-Tbr
I'atioul. fit 2 tytft d 9NOW ftw& bml eA*"Mcd I I hn. in
o-*ttf 41 12-1V and drh ad im ak ' M hm at 11-11' was
"NopefoA 1pim w bm"m in nwb flep AM
of tbr ZrImbo, 62m, %- TU VieWs vmt lom-lievu, z
Tbr PMdwt how owat &&vdA in water wia- nor"mal m
4mma""m sod tawlt. M. M Po4ur

I
G,V,:4jvlml, u. it..
idsmertati on; %mr-,-aalogi of
Institutij of Ljio i1r,,friEtratim
Ato 9, i~a:scow, 4.44 5iJ
,leat lLe-frigeration." -jr ---,drq:rAd 'Itcanclogical
Industry, 1)5.~- k~Lefitratlrnyy -uurrmal-z~hixiya,
JO ~ -JU.J ~IB, .~j wec .1,V54

GMOVXIK, no~ CHISHOV, Of; ORKMININOTA. I.-, SEAGAN. 0.
jpdaw-moo~ . Hot
DefrostlAg moat In liquid media. Mysionays Ind. B.S.S.Ro 24, No.2t
5-8 0531, (MLRA 6:4)
(CA 4? to.1.5t?690 *53)
1. lmLingrsA Inst. Refrig. and Dairy Indt.

CHIZHOV, G.. doktor bekhatcheakikh nauk; GOLOVKIN, N., Imndidat takhaichs-
Olkh nalik; MOLININOTA, To.. 6"TINOWchaskikh nauk.
Natural Iowa in seat freezing and at-Drags. Khol.takh. 30 no.4:27-
314 4-D 1.53. (Iff-'R A 7: 3)
(Cold storage) (Keat-Preservation)

um ft"tbw 00 SWOO MOW (0t tM Owxwll st Mnloters WN) to tho tjoMs at
**w" we JOW am as t*Luwbw salootme wafts, pqpa set=.
Ufte bou6s, " too WN*p him Wft ad""" ftw agwoutuin flor maun ftsx" r"
wo some Mt iWA is ammmw* 3b- 2240, 20 YWb 3 AVr 195h)
-,f' ~ha
Xminsted by
00: W-30604, 7 Jhay 3,"h

WWVM, N.A.; CHISHOT, G.A.; SHMDlr INIEDVA, Ye.F.; SHWAIF, O.S.
Tbeary a$ Us defrosting of mate ftmO LTMW 5:64-M 154.
(Meat, Frozen) (XIRA 1113)

GOYAOTM : A*, 1*cd.
-.2 ~ laawmawopol !,I,
AWAwa amd
*nd storage.
tekhm. nauk, dots.
blochamical chmwfts In mat during its refrigeration
Trudy r&3-KRP 5t69-77 154. WERA IT23)
(Ment-Preservation)

GOLOWIN. It.-. SH40M, 0.-, ALrA(OVBXIY. I.
Ab=inatim of the processes of seat cooling. Mina. Ind. SSSR 23
uo.ltl2-16 154. (KIMA 7:3)
1. Leningmdakly institut kholodilluoy I molochnoy promyshleanosti.
Neat-Preservation)

N., dektor takhaichookilth nauk.
GUAM X.
IN PON" mup~
Use of ra# .ao*IL*2*t rap Ja the f**A ladustry. Ml*l.tokh. 31
x**!2sO-59 ~40:40 f54. ()02A
1. Chien-k*irsopmadeat Akadmil udilelaskM z&uk (for Galaula)
(Mtral*114let'ran') (Vb*d ln&wtry)

011"ch, doktor tokbuichaskikh nauk, professor;
W-Mmoftmisovich, professor. doktor tekhnicheskikh
060; =00OWTA, Tellsaysta Fedorovna. imndidat takhnicheskikh
wL*kt SHCHUMOTP.A., rodaktor; MAR A.T.. professor. retseasent;
professor, rotsenOdnt; KIMISTODULO,D.A.. professor,
re4ousent WIN.F.P.. dateent, retsenzent; ILICHMMO,S.O., dotsent,
rete6nzentt CROWTAMB,Sh.K.. doteent. retsenzent; ROSWV.G.I..
teldmichaskiy redaktor
[Tochnoloa of refrigers.tive food products) Kholodillnaia takhno-
logtia plubehoVkh produktov. Moskva, GosAzd-vo tor-
601ral 'it-ry, 1953. 375 P. (KLRA 9:3)
(Yood-Proservation) (Refrigeration and refrigerating machinery)

GOL01MR.1-MA&I doktor toklmidikeskikh uauk; SWAN, O.S.. inshener; ALUMOVSKIT.
4."Iwo 969shemer.
Iffect of the speed of air on the time required for cooling awat.
Trad;r XTIMP lltl34-14.0 156. (KLU lot6)
1, Ugodra kholodilluoy tekbnologil.
(Wat-Preservation)

doktor tekbalobeakikh naut; SHAW, O*S.# Inxhazer; ALTAXDYBKIY,
I*G.. Inshener.
Watuml losses dmwlng the ooollog of seat. Trudy LTIxv 11:141-14,8 156.
%WL .;- (NLU lOr6)
1. Mdadra khol*4111noy tekhoologli.
(Me&*--Preservation)

0~.I(", L (1, V e-C 1441 , lj~- ~~?-
4D'CJVKlb N.A., d6ktar tekhnl-:ee!--Ik-b -iauk-. CHIWYAJI. 3.I., inthener.
Ultrnvlolst irradipitio-i r~' 7~V.k. Trudy LTIW 7:29-14 '55.
~.'-tLRA lo:q~
1. Xmfodr* kbol*dSl'!v),-.- ttilnno-logii I kAfodrm -izicheF-.koy I
~:olloidncy khttots.
(Ull.rsaviolp~ rays) (Milk--SteriII7.,-t ion)

OOWMXo Xo, d1oksor *6kbddWMkM asukI VXAOAN, O.g ALrANDYSXIT, I.
Dsp*30*noo of seat reftlawation tim an air circulation rate. Was.
W4Aft PW ftalt%3-19 055s (XLVA 8: 5
UnIspiAsIdy takhologichoWdw Imstitut kholodilluoy prompblen-
(Refrigeration and refrigerating mobinery)

OMMKIN, X.,; UAOAW. 0.; AWAYMUIT. 1.
'1!41; ~ 11,1 lit! t 11111. -,
Variation it natural losses of meat during refrigeration. Kiss.
Ina. 8M. 26 me.6$11-15 155o (KM 9:2)
I.Loningradskly tokhasloglabookly Institut kholedillney propy-
shonnoisti.
(Reat-Proservation)

OOZOVK33r, No.44,, daktor tskbni*b*mkIkh mak; CHIZHDT. G.B.. doictor takhnicheakikh
;' AWITSTA, K.X.; ALYAWFSKIT, I.G.; SHAnA I O.S.
Natural losses of x"t during long storage. Trudy LTIKEIP 10t22-32? 156.
C-ii. (NM lOtO
niagradskiy tekbnologialhookly..jAstitut kholodillnoy promyshlen-
ZoAtI.
(Rutton-Storage)

6!,)2c)
GALARtI, N.Y.; DOWYM. N.A., professor.
""" ~O '!'~'!""--.""'j.j,f-,
Use o(f ultraviolet rays In the food Industry. Trudy LTIM 10:4-52
(MM 10t6)
1. Chlon-korresposdont A"ull maditsinakikh nauk SSSR (fro Galanin).
2s, VoCromm*-w*d1tsIzskay& akwUnlys, iment ". Kirove. (for Galanin).
3- I*m1mrSA*k$,y. *91*Aplogicheekly institut kholodillnoy provVehlen-
mosti (forr Golovkiu).
(Ultraviolet rays) (7ood--Bacteriology)

tJ - IFA
USSR /themical'Technology. Chemical Produrts
and Their Application
Food Indastry
Abs Jour: Referat Utur - Kh1miya, No 9, 1957, 33056
Author Oolov)da N. A., Shagan O.S., AlyamovskV I.G.
Inst Ld Too ~logleal Institute of the Refrig-
oratiottladustry
Title ffatural,Losses on Cooling of Heat
Orig Pub: Tr. Levingr. tekbnol. In-ta kholodilln. prom-sti,
1956, 11, 141-148
Abstract: Drying of meat was studied under different condi-
tiona of coolinS. The oomputation method that
was Waited made it possible to confirm, on the
basis ot a limited number of weighings, the exper-
C ard 1A

MSR /themical Teobbology. Chemical Products 1-32
and Their Application
Food industry
Abs Jour: Referat Zhur - Kbimiya, No 9# 1957, 33056
imental deta on drying secured over the entire
pe-riod or cooling. As a result of this work a
rolationship has been found to exist between
duration or cooling of the sides, velocity of
air flowl and haunoh-thlokness of the sides. The
optlkal air flow velocity during cooling of sides
has bewdetermined. Advantages of a two-stage
cooling over a single-stage cooling have been
dsmomtrated.
C ard 2/2

GMMN, X., grocrouvor; CEZODY. G., professor; ARVIYNVA, IK.; ALYMTMaY, L',
-,
Natural losses In frozen. mutton In longtbr storage. Khol.takh.33 ns*2:
25-30 Ap4o 156. (Neat, Frozen) (MLIA 9:9)

GOIOMN , N.A.. prof., doktor tokhn.3ouk; OWNITA . B.1., insh.
lffect of irradiated vdlk as a imedium upon the activity of
Uctima b"terla, Trudr LTMV 130-6 857.
(MU 13:6)
1. X&f'edjm kholodillnoy tekhnologli I fisichaskoy i kolloidnoy
IdAwil Lsnlngmdakogo takhnologichaskogo institut& kbolodilluoy
prorqobIsnuosti, (MITA-UCTSULIOL00y)

Golowkin A. A. Alyamavsidy, 1. G., iarshina, Mrs. L. I., and 3b,gan, 6. S.
WL v
(Lanii-mg-R774-ohna%ical. Irtatituth at the ~w.Lrigeratiag L.a,-sLry): "The Mechanics
and ko'kamistry of Dlus-~Laar Tissue ia the liofrigtwation of XtgaL and 1 ish" Z:;ngliah
7 pages/
report prosented 4it the Uktomational inst. of hefrigeration (IIH), Annual
Mestingis of i;o=Uxians 3A, and 5, Moscow, 3-6 Sep 1958.

f ,
li:; 0 ~ C, V 6 0 IV IA
OOLOVKIlr, N., dolctor takhnmauk, prof.; IRA, L., doktor tekhn.nauk.prof.
oessir4, and storage of crayfish under refrigeration [with
aumary Sri Muglishl. lhol. takh. 35 no.1:26-27 J&-F '58.
(KIPA 11:2)
(crayfish)

GOUNKIM, V-,yrof,; SH460ANo Otoinshe
Chmp In nechanical. and chemical properties of zuscular tiomw
1.
atwing verrivration of meet [with summary in Zu4tshl. rhol.
-tokh. )5 no.6:42-44 " 158. (XM 12: 1)
1-o Und4wadskiy takhnologicheskLy institut kholodillnoy
(Neat. Frozen)

if
fill I
if if a
101%
Alit
I Iva,
4 1 1"1 "all 91

U, --o L v K-,
Iva
40
ILI*

amam, 1. A.
"Ultrolalet Irmdiation as a Factor Prolonging the Storage Life of Foods."
Aeport subw4tted J!or igm- 10th Intl. ftfrigeration Congress, Copenhagen,
19 August - 2 Septeap'~er 1959-

-O-WVXlx# t.; 9061MIS, N.; SATMIA, L.
jj,pro
Cooling aflosat in &Ir supersaturated with moisture. Miae.prom.
SSSH 31 ao,3s$2-53 160, (MM 13:9)
1. J*aiQ&rWdXkjy tekt&ologlobeekly tuatitut kbolodillnoy
prmynbletiaostl (for loahkin). 2. Weasoyuzrqy nauchno-
isuladovatollskI7 inatitut ayasuoy promyshlecaosti (for Baturina).
(meat. Proxen)

MMIKNS~ I.S., prof., daktor toklbn.sauk; BUKMAR, Ts.Z., insh.-.
"MORG, MoS., k=d,tekhnzwvk; TOLIKAYA. L.S., insh.; it
soya*# P"rep doktor takhn.nauk [dacessed]; MMVICH. Ta.S., Inzh.;
AUXWVA, O.N., kand.takhnonovk; IMMOVA, Te.Y., inzh.; IOM,
VA., kaoCtekhm.nank; MM, K.D., kandotakhu.nauk; LAVROVA, T.T.,
i4sh.; NOWAR. L.Te.. insh.; ROSWJLID. L.M.. prof.. doktor tekhn.
swakI UAOHXV, A.G., prof., dokbor takhn.nauk; TSMM, B.L.;
SIMMIOWT, N.G., lush.; MGIOM=GT, V.S.. inzh.; TAIOBSON, T.B.,
kand.stakhm.nauk: OOOOLIN, A.A.. retsensent; GUKMUN, A.A., retsensent;
KARIW.. A.T., reteensent; MMYLIM, U.S., retsensent; LITSHITS, A.B.,
rotmensent; MINTAUT, P.X., vitsonsent; SHEMMIN, A.Ye., retsen-
wentj SHH14MINOT. G.A., retsensent; PAVLOV, R.V.. spatered.;
IEOOUUSHV=p M.N., glaynyy red.; RYMOT, D.G.. zam.glavnogo red.;
r*d.; CMZffOV. G.B., red.; NAZAROV. B.A.. glavnyy
rod,Aid-v6; HMMA , II.G., rtild.; SYDINOTA, S.G., sladshiy red.;
)MM191, ]PA., tekhared.
ERafrigermtlou *nginsering; encyclopedic reference book in three
valwool KholodilInals. takhnilaq- antaiklopedichookii spravochnik
v trelth Wsskh. Glav.red. Sh.11I.Xobulashvill i dr. Leningrad,
Gast-orgis4ato Tol,lo Efechulquos of the production of artificial
co,di Tokhaike proisvodstys IsImsetvannogo kholoda. 1960. 344 p.
(MM 13:12)
(ReIrrigerotion and rafrigorating machinery)

ALMAUMOTt S.V4--(comtluaod) Cord 2.
lo Tmesoyusa" institut rastaniyetodetys (for Sechkarev, Lisg=ova,
Mrsolukaw, Osmembush, Neshcherov, Iftloy, Tkachenko, Kamakova,
travooWn, Levandavskoya, fibabalimas Wokovs, Makeshava, Ivanov,
Xart.yw,r. Gireako. Ivanove, Shilovs). 2. Gribovskaya ovoshchnsy*
sulmictsionusyn opytmya stantsiyal chlany-korrespondenty VessoytLzzwy
skadoull so'llslokboorayst"anykh asuk im. V.I.Lenina (for Alpatlyev,
Sol*vlyovo)+ 3. Dsystvitalln" chlen VasBoymznoy skademii sellsko-
khomyayv4,voanykh nauk Im. T.I.Lanins (for Brezhnev).
(Uptables-Teriaties)

N~ M.A., 4*tor tokbunauk# prar.j PERSHINA, L.I., insh.
Ure~t of! the, partI4 fros&ivg otd. of water an the quality of fish
-ulair itto"We lm. Abole. Ukh,. 38 no. 105-38 Ja-F 161.
(MMA 14 *- 4)
1, Lomina4t4skiy takhnologicheekLy Lustitut kholodillnoy
p"Phieftlicati (for ikaotkin). 2. Nauchno-ineledovatellskiy
imstitut mokbanimatmil rybnoy promphlennonti (for Pershina)s
(Fub, Fromen)

wwnIN. N.A.; POSHIU, L.I.; VOSKOBLa, A.Y.
V,castile reducing mutetances an IL fish quality index during its
'old otewago. Imv. vys. ucheb. :mv.; pishch. takh. no. 2tl6:L-
i6S 161. (MIRA 34:5)
lo Loningradakly tokbnoDlogiohook:Ly institat kholodillnoy.
prooqshUmoati. Kafedra obehaboy i kholodillnoy tokbnologii.
(Fish-Preser,mtion)

ODLOYKIN, CA., doktor tekhn.nauk, prof.; ETRAKFOVICH, K.K., inzh.;
, in2h.
Problem of apple storage.under sub-freezing temperatures. hhol,
tokh. 39 no.2332-33 Mr-Ap 162. (MIRA 15:4)
1. Laningradakiy tekhnoloFicheskiy institut kholodil'noy
pro*Wshlethnosti.
(Apples--Storage)

j!
0OWYM., we 401 Namwip 0 v
OBiopiwoleal '*tub*s of the state of fish muscle during chilling
mad C4d starri".0,
=r*SMOAt at US Uth International Congreag of Refrigeration,
(11I)i, chi "WASt 00"MWo 27 U941 SOP 63.

If.; CMZBDVp G.B... prof.j IL'CHMO,S.G.,kand.tekh&.s&uk,
ZVI 0102 A~P.,J0&Dd,teJ*.mauk,r*tsensemt; KASLOYA,Ye.P.,
lftfilgsl"40.W# Q;"gy for food products ]Kholodil I maia takh-
yM Oodulttov. 2., dop.. i parer. isd. Hookwav
C008prold0v 1963. UO P. (MIM 16 13)
(7004--premervatiolk)

GORUTOVp Vhsill~r MAUS"WiGhp dots.; KAXERNMER, Alekaandr
Abramovlob, prof.; prof., doktor takhn.
nW'k, VoUsnSent; AZARIN, Z.Sh., insh., retaeazent;
KWSOVA, O.K., red.; UMWAUOVA, L.N., takhri. rod.
(Use of rofrigers.tion in the seat industry] Primenenie
kboloda V miasnoi proVablennosti. Moskva, Plshchepro*-
isdatt 1963. 286 p. (MIRA 16:5)
(Meat-Preservation)
(Refrigeration mid refrigerating machinery)

WUNIftH, H.-A.; PV=Ij- "I StUMOVICH, R.K.
I -, ..'al.- -h. ".1, .1 .-
Mothods ftr detelstaing applo viabdL31ty in eat" of cold
st(xmge* 1". v7s. uabeb. sav.; piabob. telsho UQ-4:144~149
163. (XM 16: 11)
,1, TAnlzg"daUy. tmMmloglabeskiy institut kholodillnoy
pr*Wshliennopti, lafedm obahcheIr I kholodillnoy tokbimologii.

GOI,OVKII,', N. A.; 1102DRUITKOVA , I. R.
------- 1%.
. . ........
Detertainatica and role of calcium and magnesium cations during
meat refripration wid starage. Izv.vya.ucheb,zav.; pishcb,tekh..
noo 205-37 164. NIRA 3.70)
1. Loninpadekly tekhnologicheskiy inntitut I~holodillnoy
promysIblannosti, kafedra obahchey i kholcdillnoy tekhnologii.

GOLOWKIN, N.A.; ZVOW, N.M.1 IKONNIKOV, R.M.1 TELMIN, L.G.
Pomsibillty of using screw anchors in laying pipelines in
Vbstteru 31 beria. ;i~oi. truboprov. 10 no. 11:8-10 K 165.
(14IRA 18:12)

1UTHORS: Golovk1n, N. N., Ignatlyev. 0. S. SOV/30-58-9-37/51
TITLE: Dev*lopment of Researches on Highly Molecular Compounds
(HattvitiYe issledovaniy po vyaokamolekularnym soyedineniyam)
In the Presidium of the Council for Co-Ordination of
Scientific Work of the Academies of Sciences of the Union
Republics and the Branches (V Prezidiume Soveta po koordi-
nataii nauchnoy deyatellnosti akademiy nauk soy-uznykh respublik
i filialov)
PERIODICAL: Vestnik Akademii nauk SSSR, 1958, Nr 9, pp. 101 - 104 (USSR)
ABSTRACT: The session of the presidium of the council took place on
Jun* 21st, A*V,Topchiyevv Vice-President of the AS USSR,
stressed the importance of these researches in order to
fulfil the resolutions of the plenary session of the TsK
KPSS in May. He mentioned that the scope of researches at
premont carrisd out is insufficient. In order to prepare
a prospective plan for the years 1959 - 1965 a special
committee was Set UP. 42 main trends for researches on the
sub,ject of highly molecular compounds were fixed. The chair-
Card 1/5 man of the scientific council V.A.Kargin, Membert Academy of

Development of Remearches on Highly Molecular Compounds. SOY/30-58-9-37/51
In the Previdium of the Council for Co-Ordination of Scientific Work
of the Aca6emiee of Sciences of the Union Republics and the Branches
Sciences, USSR, reported about the activities of the
couticil. Further addresses were given by:
U.F.Nagiyev, Vice-President of the AS Azerbaydzhan -SSR, on
the urgency to intensify researches on the field of techno-
logIcal phenomena.
S.D.Mekhtiyev, Read of the Petroleum-Institute of the AS
Azerbaydzhan SSR, on the efforts in the field of petroleum
chemistry.
V.I.Igikitin, Head of the Institute of Chemistry of the AS
Tadabikskaya SSR, requested assistance in training scientific
cadors.
A.To.Arbuzov, Chairman of the Y-1-zan' Branch of the AS USSR,
mentioned the problem of Proper assignment of scientific
staff .
Kh.1l.Usma-nov, Head of the Institilt khimii rastitellnykh
veshchest* Akademii nauk Uzbekskoy SSR(Institute of
Chemistry of Vegetable Materials of the AS Usbekskaya SSR),
Card 2/5 outlined the tasks of Usbekistan scientists in connection

Development of Researches an Highly Molecular Compounds. SOV/'30-58-9-37/51
In the Presidium of the Council for Co-Ordination of Scientific Work
oe the Aca4emies of Sciences of the Union Republics and the Branches
with the rich supply of cellulose and natural gases.
R.D.Obolentsev, Chairman of the Bashkirskiy filial Akademii
nauk SSSR (Bashkiriya Branch of the AS USSR), spoke about
the urgency to intensify researches on the sulphurous
petroleum deposits of Bashkiriya.
N.F.Tormolanko, Member, Academy of Sciences, Belorusskaya
SSR, stressed the problems of development of the chemical
industry of his country in connection wi th her deposits of
-turf and petroleum.
Yu.Yu.Matulis, President of the AS Litovskaya SSR, remarked
-that Lithuania (Litva) In rich in vegetable rav naterials,
thus has to itensify her research on this field.
S.A.Giller, Corresponding Member, AS Latviyskaya SSR, in-
formed the assembly of the intention of Latvia (L-tviya)
scientints to carry out research on the use of natural
polymers.
A.T.Kyll', Head of the Institute of Ctemistry of the Academy of
Card 3/ 5 Sciences, Botonskaya SSR, mentioned problems in connection

Development of Reni-!archeu on Highly Molecular Compounds. SOV/30-58-9-37/51
In the Presidium of the Council for Co-Ordination of Scientifio Work
of the Academies of Sciences of the Union Republics and the Branches
with the use of the slates of Estonia (Estoniya).
G.M.Sliohegolevp Head of the Institute of Heat Energetics of
the ftadamy of Scierces, Ukrainian SSR, recommended to lay
more titress upon the use of coal and other solid fuels
lor the production of polymeric material.
Card 4/5

SOY/30-58-9-37/51
Development of Heimarch on Righly Molecular Compounds
In the Presidium of the Council for Co-ordination of Scientific Work of the
Academies of Sciences of the Union Papublics and the Branches
I.P. Du*U, Witber, AceAesy of Sciences, USSR, Vice-President of the AS
USSR, pointed oat, the importance of coal and wood as raw materials for the
producti= of polymeric material. At last the chairman of the Council,
A. N. Resmayanov, Wmber, Academy of Sciences, USSR, addressed the assembly
and said that tbe whole scientific staff has to be employed for the de-
velopment of Ouemistry. Bat it Is necessary to recruit new sc 'ientists for
the starf In order to avoid a removal of scientists from tasks likewise
import4xnt. A riesolution was passed to ask the Prestdiizm of the AS USSR
for its assistance in training adequate scientific personnel.
Card 5/ 5

GOLOYXI]r. P.; 313MV, N.
ZooWilve Notal In Installing electric wiring fittings In
apartment bouses and buildings sbrying cultural and public
needs. Mh stroi#Xosk* 2 no.10:0-31 0 159. (HIRL 13t2)
1. GlavM7 inxhoner Anergosbyta Movanergo (for Golowkin).
2. Starobly Inshener tekhalch*skogo otdola Inergoebyto, Mosenergo
(for Bibikov).
(Ilectric wiring)

2XINMII&II ZW%U# A.A.; I ?MY, B.G.; GOLOYM. ?o1.-
DIsousatoo of the use of PW wires. Prom.energ. 11 no.8324-26
A$ 056. (K6RL 9 111)
1. Olavol4tramontaxh WAIsterstva, stroltall sty* (for frenkall).
2. IK*skor*oy-w proyektao-eksparlawntal lagms otdolenlye Gomudarmt-
wommogo ftlitekbalaboskogo instituU Tyusbpromlektroproyekila
(fas,tM). 3. IlOctrootdol Institata ONosproyekt* (for Plarepe-
It% ,4 . Gorodskays elaktroinspektaiya Zmargobbyte, Xosenergo
,(for Golow1da AD& za7asov).
(Ilectric wire, lnsul&ted)

00110WINO FIX.
FurticilIGUM Of MOSGOv power engineering vorkers in all-Union
competitions focr th~ best suggestionalbr saving electric ower.
Pr=o energ. 16 no,2t5O-51 r 161. (KMAP14-.3)
lo-PT'sdoodatell kamisail sodoyetvis, Vsesoyu3nomu konkursu pri,
NOwwAmbyU Mosenergo.
(Moocov-41lectric indu tr-w vorkers)
(Electric power5 -

GA~
I"t" Ar'-plims bW4
01*1
%*taro *,omqx1loating vork in the establishameat of an optinm -
powor factar., Prom, mnarg* 18 no,6236-38 Jo 163. (MBA l6z7)
(glactria Paver distribution)

GOWVKIN ).I., insIl.
Regulation of the electric power load graph over - twenty-four
bour period. Prom.energ. 19 no. 2:5-6 F 164. (MIRA 17:5)
-41

SOROKIN, YeA.; GOLCMUN, P.S.
CentriNgal casting of cast-iron sewage pipes on multirotcr
aaebinev."Upetsk-2#0 Blul.takh.-skon.inform.Goo.nauch.-iasl.-
Inst.nnuoh. i takhAnform. no.6:17-19 162. (MIRA 15:7)
(Iran founding-Equipment and supplies)

f 1
ALTHOR - au i. R . D. ani id c; f
Aneei
T 1 1-2: tl e s rim- P iA 11 t 'Ye I IL o
1211
e c, 1 i n "c C n (~ e S
:'cleijces
T~T e-
PER 1 ODI 0, A I F-jart.,)c',:,noye proi-.,vods4l--,7o, I) r 4 TM VR
ATISTRACT1 Tr-e present. the restilts of ar- exp,~rl..-.nental
of vie influence of tne ,.,e,"
rer~t f~-,P-q-.-,enoy on tbe quality of pf-pe sep,:ns
si.,L diff ei-ent vielding spec-As. 'Ile experiTnents were con-
-11,~Cted. or a I 'pe aelding mF-crine of -',,Te 70-1W3, of the
'l'csln:tvskiy zavod J'oscov, Pipe innt) Iiiesi,gned
f or i~elljng t-ubes with a diw7eter of up to 1r'-.' =I at
mraiiii-om. v.,elding spe-~d of 60 minnn at a norlinn, ca,
ty of 4iie rotaxy tre~nsfclrmer of Tne
L -- ar, i t consis-
!!.a,l:Jrlf:t recpJved po,,)er from a c-)nvertA-r L
of basic Fenerr--~orq, rend %ir auxilin.-y excl-
'NLe elet,tTiCP1 CirCU'Lt rl lagr-m is sl,o-n ir.,

Resistance 7,eam-Pu.~:t Welding of P.1peF! '7,y 'Ti,~.her "req-.:e-cy L11 rents
2. '"),e walhors remnar,~erl V-t eype-1-iiac'ntal
hao a wmrzler of
1*ds tf ~,;hlch is beyorld t),Io SCOPE, -FLPE-,. "'heE!e
defii*loncies must 're ei~.,minateO. ne-e,-
nont,wrters. The test reeril-~q Ie~,,Pnd to rA considerqble
t-'!eg,roo on the cone-.".Ions~i 0-F t 'r ~ I-,z S. g e E E,
111hp-r::,,al tr-ent-nent -'rprover- '--e 0-,.,,~Iity
of tlie e-'ectr-cally -.-e',ded
o f '-I X 1 - 5 am r, ` s pp~-en of 40 m/M--*r,, F., freqiien-
C.-Y '-xiareaee to ill--() c-,c:Les .'-Imrrove(I considera~-%, - t- '
stre.ng-Ifli of the ,~telding semn. ' 4-t R speeC. of 30 m/min
a c'ri!!mge of t'~e ci-rrort fr;~nuen--,v Oid roT show an-~,,
esseatlial influences. Increasing -,Ke -frequency to
Inn oycles at weldhip, Epeeds of 4r - 6f" ri'min did not
prod"ace a noticea',Uie impro-emen-~ of -.,reidiric sepm
,atrensth. Wne*,,,, v.,elt'Jine tubes of 73 x .7 num -ct a s-Deed
C~ ~'n-c-e;ioE D-f
-.s o*userve,', er "ie -I zE--Lency to
C av d '.,,'4
10,' :~yciev. frc-quPYiCY -t'--.e

Of Flllcls- 'r-j- currents
EltuZ-ell~!th Of tl'E-. seam. ~. corsll~'Zerr-'---e reiuc-
tion of -,he seam 4jas ot)oer-;,e,-,;. t-a'res of
4.5 x -5 rum at a spE-E:,i of ~10 n~ n freq-,.ency -in-
creimied to more trvir: cvcles. ~* ----ald-in[,-. Speeds of
50 m/min, a freq--.cnc,! chnnCe
0 trie --Pn
Fe
.It r., F cl 'A.d na-I ~!ri en- Infl,)s ce
f P Ian
on t, .,IEI Strength cf ti-e sean., 'Veld,4--v- of 102 x
111111 vhovved~ t. a speed, of P wi/miri, an
of t~ie current fr to c,-c'es does-
eq,-ency
a cc-nsi~lev!-'ble char-,-e of t-e rcrl~in~', serlm
~,i.ut?rw,th. already Rt -? rupeil of '~, m~mir, Some
reduotion of the strin-rirtn vaE P.T P. frequency
I-,Agher than !()r cycles. Consequently, ,e.,i Welding
llubei~, on the machine type 21) - 1.02 a speed of
60 m/min, the best resi3l-ts,, according to techno-
logi,ml tlests, v4ere Obtained nt freq-,-~encies rnng4nl-,
Trom I(T - 50 cycles. does not metin
In +'-, ' - ency
ar.~y thrit a incre:ise ~)r r-cli
Card '4/4 c
- .. t, .) '- f- 111 Ei (I e fourda-

lie!,Eng, of Pipes, '-,y Prf r-
RftBjStA.rjC~~'. r-4V r en
t' ona for
of
3 D cyclem v~ 1.1 en~ t, f.,
vien.m. slivength wt, IC"Ait Dbser-.,eul
experiment's. T~-..e wut~-ors preser- t,-,C- tle:~t c s,,, IF, n
ents f-~rt-e
CI :-raphs rind 1 T'-ie experim r sl~ov,,e6
thal; a continuo%-ze t'-reqie-nc,*! c,7)nt-:ol. i-~ n:~- rece-!~rry.
T 4, 1. It, r -')fficierit to ircrepse fren--zency r,-nge at inter-
TE1.1-; , cycles. '.'t mp..y ~,e as--me-f~ z -1 -
of Lap', 4
r;f:ttl-,.v-a o-f-' trpnsformers -i'h smF!l electy-7cal
losqPs wIll fr~c4litate ann1jop-~ion of converters
witl*i an uncontrolled frequency of cycles. There
!!.re ph3to-raph, 1 circ-.,,i-. 17:-!-;T)rs, I t,~hle
rn-l references, of r,-,:-e
AS$OCIATTC,N: rflzr~-ITT -,jSjto,,S,cj-. Tljpe rlant)
4/4

SGV/133-59-9-17/31
AUTINORS-. Klyamkinj N.L., Candidate of Technical Sciences.
Monegillit Tu.V., Konyushenkol, A.T., Golovkin, R.V.
aMd Protopopov, N.N.s engineers
TITLEs Namtering of the Production of Tubes by Atomic Hydrogen
Welding
PERIODICAL: Stall, 1959% Nk 9% pp 821-827 (USSR)
ABSTRACT: lu view of some difficulties in piercing tube billets
-from some alloy steel& and a high consumption of metal
in subsequent rolling, the production of tubes from such
steels by atomic hydrogen welding of strip should be
more economical. After investigations of the process by
TsNII.ChM and the Moscow Tube Works on an industrial plant
for the automatic atomic hydrogen welding of tubes was
developed. Conditions of stability of welding arc on the
diameter of electrodes and their holders supplying
hydrogen - table 1; the dependence of electric
parameters of the are on the rate of the supply of hydrogen
and the distance between the centres of electrodes - Fig 3
and 4 respectively. The installation for the production
of alloy tube consists of a modified tube forming stand of
the type 10 - 60, six arcs automatic welding head with a
Card 1/2 control panell welding transformers and a system of power,

SOV/133-59-9-17/31
Mastering of the Production of Tubes by Atomic Hydrogen Welding
gas and water conduits (Pig 5). The welding head -
Fig 61 scheme for automatic control - Fig 7. Welding
conditions for stools lKhlBN9, Khl8NllB, B1333 and
50KhFA - Table 2; results of testing of welded tubes -
Table 3; macro and microstructure of welded seam -
Fig 8 and 9 respectively. The results of testing of
welded tubes indicated that their properties correspond
to standards for seamless stainless tubes (GOST 5543-50)-
There are 9 figures and 3 tables.
ASSOCIATXONSi TsI9IIChM
Moskovskiy trubnyy zavod (Moscow Tube Works)
Card 2/2

V
66611
I zoo SOV/29-59-10-8/27
AUTHORS I Xm3ralmyshevt Ire 0 lead Of the Central Labor&'kor7 Of the 10500V
tabs larks*, Golovkin, R., lead of the Welding Laboratory
TITLEt !Milding in Rellum
PJMIODICAL-. Tskhaika molodeShi, 1959o Ir 109 P 8 (USSR)
ABSTRUT4 Im this article the authors describa-&-max.-naMad of produaing
tubes* by means of protective gas velding-An-autonatio tube
*Iding machine was installed_at- the Mannoiu2ube Works (rig).
litboa are, produced from cold-rolled metal strip&..-Their ~width
depends an the projected tubs profile. - The. _tub&.msh- adatrip
ii conveyed to the welding. deviaa _.(fixurAL an. tha-lef %). The
abutting edges art,welded together In__tha_.IigbLt-arc, Oxidation
br the outs r air being prevented by zaaaa.af the protective
gas emerging from a JstA After learIng tha.zange of the'light-
*Xp*, the edges are welded 'topther. Until recantlyt Argon was
wised &* protective gas. The quality...of_tha..valding seam
obtained by means of she argon are proaaaa.ia.abaolately satis-
flaotory. Tbo method in also univ*raal, because it may be used
fw ihe welding of tubes mads froz~various types of steel,
non-faltrous metal, and their alloye. However, in spite of
Card 1/2 the advantages it offers, the method also has a great dia-
1~~

66611
WelAing ist Bel-tam
BOV/29-59-10-8/2T
adl,rantageo via., it is too slow. This is due to the low 1OZLi-
za*iQn potential of argon. In order to incroaao the efficiency
of ihs tube welding machine, experimants were carried out
with 2 and 3 arcs an well as with protective games of different
coipositlowm.The beat results were obtained by.meanz. of helium.
Wlih amperage being equal, the electric capacity of the azo
anA its thermal effoot in helium in considerably izwreased,
b,v wbich operation is accelerated. AltbLough.hellum in considora-
bV move expensive than "gon, the total costs of tubs, produc-
'ki*n are lower by 8% as a result of accelerated operation.
There are, 2 kigures.
ASSOCIATTORt Moskovskiy trubn" savod
(Soaaaw Tube Works)
Card 2/2

66591
S/136/60/000/01/012/021
E091/B255
AUTHORS-. L(j!nrLj,shonJftx),, A I T Golovkini R, V., Konstantinov, V. I.t
and It
Ya.
TIT'LE Jj'j I'l all fj)jrC of Tarxtal,,ut Tubes
PERIOD 1('Ii~L : T'a.voI.-.nyj!e metall-jr, 1960, N'r 1, Pi-, U)-67 (U-SUSIR)
A? ST IU1*j'T ' The N.-iva Jewloped a new and efficient technique
for IflotEll ttAI)OS, among them tantal-um tubes.
Th.e pirtx-osifl ransisto in butt-weldini strip and forming
it int,) tubeta; tbese are welded by argon arc in an
rt!Iconst7.ucted automatic electric welding tube
mill and subotaq~iently passea throutrh rollinr,!,-. mills (Fig 1).
The of the original strap a-re deter-rained by
~he -sip-t- c,P the tubo r(iq
uired and the possibility of its
m ~o) %i J!'a t., 1;u va! :Lil. a Civen plant, The application of clamps
~~nd d1rectilig instruments in rolling prevents scrap due
to colaing out; in a crescent-shaped form. Cutting
of tile atr-51) is carried out with disc shears.
ldec~is of 405rip were butt-welded by argon arc welding
in auto-matic machine "ADS-1000-2" by
diroct current (experimonts on the welding of
1/~ "- 1, 1". talmll Altith altern-ating current havf,, not given

685 91
S/136/W/000/01//012/021
E091/E255
Mani.ifacture of TT-trital-aul Tubes
satis,ractory results), Tungsten rods (VT-15) containing
1.5% tborkun oxide were used as electrodes. Saturation
of' tarill"lluol vrith nitrogen and oxygen. increases the
hardintot;,:j aWL br~ttleness of the metal. To Drevent this
effect the liro:hling zone (the Dool of molten metal and the
jo:Lut both itides of the strip along a length of 50 to
70 mm;.) vi-as -protected by inert gas (argon containing 0.2,7"%
nitrd,gan arml 0.05% oxygen) (see Table 1). The strip can
be anma-vled.: oitber before butt-welding or after welding
and clo!jnin1!-, of the joint. Anne-aling was carried out
by sGalLinr, for 1.1/~? hours in an electric vacuim furnace
of' tho, type, at a temDerature of 12000C with a
res,4d~utkl. prqv~ir~ur-_ of.10-4 mm Hj, The weight of the charge
was 301 to' W) Irg. Prior to being charged into the furnace
the strip w~m thoroughly washed with acetons. The
hod a. UTS OT ) of 51 kg/inm-, a percentage
of 24.8% Q a Rockwell hardness (HRB)
%
of ?~:i; the i~bove mechanical properties show that although
.1 U
nat f'ally ak)xwmled, -the strip was annealed suffiriently
to bet ft;)rneitl J_nto tvbe billets (Table 2). In 15he
t.ard 2). ~:ontjjnvous ~Nrming of the tantalum strip the shaping

6859'
S/136/~8/i:~00/01/012/021
BOO, 1 /Z 2 5 15
Jdanti-factu-i-e of Tanta.1%im, Tubes
rolls used viiere 1.;raduated and had groove profiles as shown
~ ra Fig 2 vrFon wai, applied 1;D the 4 ternal surface of
A J In
4.,;he j0irlt t)JrDup;h the end of a hollow rod which was fixed
between tho fifth and sixth shapinG stands. Argon was
also mpi)liai] to the oxternal surface of the joint, by
a. rLo:,:,,:I.e (Fig 7). The best results in the
weldiziki~ of tcm.ta lilia tubes were obtained when the welding
-cated in Table. ~~ were applied. Table 4
~JICVO,; tllk,'t On Welaed tube snecimens at
tetuperatures. In Table c, the best
rollizag for te-ntalim tubes *-,s c1riven. Tubes of
riubi,iri, tajLtFi.lum, cobalt and their alloys have been
fal,riaate(i '0*' thi;! new technique. 10.ne-re are ~; figures,
--i Frid, 6civie,,~ refere
nces.
A61ck)C!Alli~)LS: III iul kly trubn:yy ,civod (Mescow Tube (first
.1
'wo am tho-.-
7
two
rd

5/029/60/000/06/16/020
BOOS/D007
AUTH611: 20107jukkojo., Dixector of the Welling Laboratory of the
;JOPcov Ink! Kill
TITLE$ TaboAxe, Welded by Means of High-frequenoy Current
PERIDDICALs TekbnIlps, ptolodeshil 1960, go. 6, p. 34
TIM The new voldi" technique by means of high-frequency current is
deoldribed, This *ooh*JLOs in b6lag introduced into production by the col-
leotive, of th6 Voskoiskiy tru~bav savad (Moscow Tube Kill) in collabora-
tiom with tbv;;or,1leaii** of the Leningradskiy institut tokov vysokoy
chapt*ty imeni:profoo's.dra V. P, Vologdina (teniMad Institute of Hie-
freouency OurkjMts Utai. Irofoos V# P& VoloS!jLS2* The scheme suggest
In 1946 by Proflsssar6:8. F. Bogoolove iy and A. V. Ulitovskiy was taken
as & basis. T~o welding devios in fad by means of a higb-frequency current
of 00,000 030010s- OJ:L the Fig- (P- 34 bottou left) the high-frequency veld-
_ Unfbf taboo is ahovA~. By means of this technique it is possible to produce
tubse from a=4orrous metals* from their alloys, as well as from high-al-
3qy steels of from 10 to 102 am diameter sM a wall thickness of from 1
Caro 1/2