SCIENTIFIC ABSTRACT NOSKOV, A. D. - NOSKOV, D. A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001137320012-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: August 1, 2000
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

NOSKOV A D -mmistent,
State oC phosphorus-calciuK ustaboUsu in the initial fom of
paradontasis. Stamatologift 41 n0.4:15-16 JI-Ag 162. (KIRA 15:9)
1, Is.kafedry terspevtIchaskoy stamatologil (zalr. - pror. S.I.Tays)
Irkutskogo wditsinsko institutae
(GUM-DISFASES) rcALCIUM M&TABOLISM) (PHOSPHORUS METABOLISM)

-tr;d L R'N I I
T'jjU..! a rua y

1061071-4J.
Keasurlug the discharge of Mo=tata rivers. KeteorA gidrol.
no.8:47-M Ag '60. (KM 13:8)
(Stream measurements)

NOSKOVt A.I.
flachanization of mounting operations,, Mashinostroitell no,3t3-5
Hr 165. (MIFA 1834)

. ROSKOV's A414
Methodology for determining the economic efficiency of mechanization
and automation in machinery manufacturing. Nauch.trudy XMI
no.18:173-176 161. (MIRA-15-.2)
(Machinery industry) (Automation)

I(OSKOTV Aj-,
- --i I .
Effiaignt equi nt for vcrking are4s. HIShInGstrOltOll no.6c
34-35 jo 1w (iraotory smagemnt) (Km 16.- 5)

110SKOVO A. 1.
Strogthening machine-tool beds and reconditioning wora-mt, Pdrta
with 21596 hard aLloy, ftshinoistroltell no,It16-17 & 163*
(MIU IW)
(Machine tools-4kintenance and repair)

NOSKOVI &.I.
Nachatization of auxiliary work. Kashinastroitell no.4:5-8
IP 163. (Technological Innovations) (KM 160)

NCSKOVO A.I.
.. ..... as-.,~
zation of cormyirig oporationa. Hwdnostroitall no*5:
12-13 My 163. (KIU 16:7)
(Comaying machinery)
i

.AOSKOV, A.I., Ln::h.; FLMMV, G,P., k-nd,tekhn.nauk; SKREBUSHEVSKIY, B.S., inzh.
Study of a block consisting of a TP-80 boiler and UT-50 turbine in
sharply varying =de of operation, Izve vys, ucheb, zav.; energo 7
no.8:53-57 Ag 164. (14IRA 17:12)
1, Hoskovskly ordena Leonine. energeticheskiy institute

NOSKOV, A.I., inzh.; ROTACH, V.Ya., kand. tekhn. nauk, dotsent
Determination of the transfer function of a controlled object
tdkihg Into 4ccount ite time charactorlatic. Izv. vyn. uchah.
zav.; energ. 8 no.1:75-82 A 165.
(14IRA 18:2)
1. Moskovskiy ordena Lenina energeticheskiy institut.

NOSKOV. A.I.,, kand. ekon. nauk
Evaluation and analyals of the economic efficiency of overall
automation of production processes. WkIle i avtom. proizv,
19 no. 10:31-35 0 165. (MIRA 18:12)

HOSKOVO A.1.0 inzh.; RMACH, V.Ya.,, dotsent
ARroxImation of the time characteristic of an object usIng
an aperiodle first-order link with delay. Izv. vyu. ucheb.
zav.; energ, 7 no*7:99-102 JI 164 OEM 170)
1. ffbakwokiy ordena Lenina energeticheskiy institut. Predi.-
stavlena podsektaipy avtomatizatsli teplovykh protsessor.
Nauabno-tekhnicheakogo Soveta.

IIOS 1~0'
ITOSKU:f k.l., Cand. of Veterinary Sciences
"T
"Treatment of diarrhea in piglets-sucklings."
Itment
C
SO: FVet'_ 2
SO: vet. 24 (7) 1947, p. 15
0 0 0 0 0 40 0, 0 40 0 0 *0 0 0 0
RPM

,iC.SKCV I A. I
MWPAIdicine
Hadiebo
tug L947,
itcuw4w t%ahracw. jactcar-am raregmy our. ma Prcpagatcra of EpLwatic LTqheaaW4v,
V. P* larolvms Mof Bestarch QUaborator, A. 1. 1(askov. Uandidslov to vetevinar7
Scienceso R, V4 f44jchkcwp Waterinariang M. &. ezh1Lcvpn, Sen1w O"earch CoUaboratow,
AU.Mdcn 33cientific twoo4rch L4bomtcry for tho Study of Toxic Mushroons - 2 pp
r1ya" Ro
Thtrwutavecius azd- suboutan,=us lacculaticw of fkrct--cz==. cuXt=e into
bcrzes gave a t!pfoal alivical aspeet of the propegatica of varic= tyier. oC epiwatic
Imbstaitfs, The Incubation period woo exactly t,.c n=tbs* The =at sfrcetive method
for coat=bw Mon was t7 rubWag rushroca culture into ecarif Led sk$v. Mauftspores
(cryptocacew) appear in the orpas ef the h=o much woos thav,tha first elinical syn.*
tma of the "awe** TM tramfonwtion or the wMlluit &tag* of the awbroom into the
blestospero *Ugo ocaurs w1thin a poried of 2D d"w aftor r4boutanom Lnceulatiw of
the Rushrom Catt",
PA 36T53

PA, 3114A70
ic1r,A 41zoafta Jx6eases -Jun 48
Medicine Bronchopneumon.1a, Therapy
"Entootio Bronchial Pneumonia In. Young Pigs,' A. r.
Nookor, Cand Vat SoLs 2 pp
"Taterinariyal 'go: 6
Discusses epitootiologri therapy, and prophylaxis of
subject disease.
M* 3 1/4 9TTO

HOSKOV, A. I.
"The influence of chemical and physical factors on certain toxic and pathogenic fungi."
Zhur. Mrobiol., Epidemiol. i Imaunobiol., 110- 9, 1950, PP 30-35 in
et
4i-24635 3 Dec 1952 P 7 elvcrobiol. bibliography) M
'I't's-C) , \,16, I ? I I VIO .-S. 1q C- I
- - I-

DA5rWVjAjjI Kh.t A., Sr. ~ci. Co-wrker and NOMOV, A. I., Cand. Vet. Sci.
All-Union Scientific Resoarch Laborator7 for the -!study of Toxic Fwlgi)
%I Agriculture, UST,-
,,.:Lr,i!;trf of
"I'ne.rapy of acute forms of epizo3tic lymphangitis of horaes.'E
3):,VeterinarIfar 27 (7), 1950, p. 24
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 9 0 0 0

'7
Uw/)ied1c.q - Infectious Dise"IMS AW - 51'
(Vettrinary)
Conference on Equine Epizootic lymphafti-,
tie," A. 1. Nookov, W. S. 'Akulove
110. 4
'Veterina.-riya" Vol XXVIII,/pp 58-60
Although the infect-Acm enters through traumatic skib
injury, the aisease id gen p&thol procese'vhich in.
the vhole organiew. Among measures recom-
Sri
by the conf for liquidation of the disease-**
later thazz 1953 are gen therapy Vith acriflavibe w4
blastoWcin, production of antigen for opsoxtic-
phagocytary reaction, study of application of Nile
LC
MM/Medicibe - llftfettiOUA Dillefigeg Api 51:
(veterinary) (Contd)
b1tie ane- Dohlia violet for loctl therapy ancl ot
4oweic acridite derive for geb therapy and cla ri.-
f1cation of poasibility of t-ranankinsion.by ibseAs.
ASO U-4723, 30 SePt 1953
xn
-2

Veterinary - 11,1'pizoctic Lymp!ianjUs
~;3
"Allergenic Method of Diagnosis of Epizootlc Iimphan,-itis in Horscs,11 A. i. Noqkov,
Cand 'let Sci,- V. P. Koruleva, Cand Biol Sei; All-Union Sci aces Lab (VI,'IL) for tiie Study
oC Poisonous Funl,i, Min oV Agr ancl Supplies USSR
Vct,~!rinariya, Vol 303 No 82 pp 10-14
.AstoDlas.min has proven i,o Ibc a specific aller~;en; it is effecti%i-~, as well as harmless;
in the diagnosis of epizootic lymphangitis of horse-C cliused by the yeast like '.' 'inl,,us
Histoplasma. farciminosum (Cryptococcus farciminosus). Histoplasmin has been recormerded
by the Main Admin of Animal liusbandrj- of the Min of Agr and Supplies of the USSR.
Ifistoplasmin is now E,.enerally available to specialists in veterinary me,lical practice
265 T 33

Gumm. r.16, ,
_1candidat vaterinarvkh naulc.; momV. A.I.,kandidat vaterl-
nararM nank,
Us* of antibiotics in gastrolutestival diseases In yotnt-, pigs and
dreentmT in hogs. Dokl.Akad.sellkhos. 21 no.9:3-6 056,
(KIRA 9:10)
,Yuawr nsuchna-laeledovatellakly InstItut votortuarnor ta-
1. Tessa
mitorlt'l ektoparatitologlt.
(8vtne-Dienates) (Antibiotics)

SOSIDDY, P.O.. direktor sovkhowa; XYJIRrA.VTSIT, P.P., starshi-jr vaterinarnY7
Track-, NUSMY, A.I., Icandi4at v-sterinarufth nauk.
Us@ of antiblotics. Totem-luarlia 33 ne.8:78--79 AC 156. (MIRA 9:9)
lAlovkhme OfttroTskoys". Ukhtamskage rayon&, Maskovskisy oblasti.
(11minot-Diseases wd posts) (katiblottan)

WTOVIN, V,I.0 kand.vat.nanic; WSKOT, A,,I.q Vand.vftt.nauL-
Use of antibtotics, Yetartnartle 35 no.5%100-104 Vq,(158.
x,ru 1211)
(AntIblablon)

ROSOTI Ajot kand. Yet. nauk.
Us* of a d1sinfection machine for treatine the fleece of leubg in
eamew of trichophytia, Tateduarila, 35 no.6t:55-56 Je 158.
(RIVAworm) (rembs-DI seance and pestsk (XM UtO

MOSKOV, A.1.6referent; RUBOVA, G.S.,refereat
Treating dermatovqcosio in farm animals. Toterinarlia 36
no.1:55-57 Ja 159. (KLU 12: 1)
(Yeterinary medicine) (Dermatomycoole)

NOSKOVj, Argon RYABOVA,, Galina
Jy Ivanovich kand veter.nauk; I
Semenavz1a, kand.vater.nauk; SOKOWVA, G.S., red.;
SAITANIDIq L.D.1 tekhn. red.
(Control of ringworm in farm animalal Bor'ba so strigu-
shchim lishaem sel'ukokhozIaistvenrqkh zhivott7kh. Voskva
lzd-vo H-va sell.khoz.RSFSR, 1961. 58 P. (KERA 15:71
(Cattle-Diseases and posts) (Ringworm)

NOSKOVS A. I., (CandidRte of Veterinary Scien;-.esp All-Union Scientific hesearch
-
nst* -
1 it , -f-Veterinary Sanitation),
"Te9ting of the fungicidal propTrties of benzene hexachloride and DDT.
Veterinariya vol. 38., no. 11.t November 1961., p. 72

-IIOSKGV-i A61.0 kcaM. voter. ra,-I; OCHKINA, I.I., kand, vet3r. awk;
VISIMAKOVA2 11.11.0 uchortnTf zoot,3khnik,
Hygenic characteristica of silage. Voterinariia 41 no.105-97
Ja 164. (MIRA 17: 3)
1. Vaesoyusnyy nauchno-i-o3laiuvatellskiy Institut veterinarnay

UJIMOVO ", . prof.; DUSTOVA, R.T.,, aspirant; BEWV, re,Hog kand,
vetar1ne nduk; ANTOZIOVA, More., kand, reterlas nauk;, *'. r.
kand, Yeterin, nauk; LIPINAO A.N.# aspirant; MGWV I,q. P., IRWrakint;
BOCHAROV,, D.A.,. kand. sellskokhoz. nauk; KHREHOV, N.M., insistent
Sanitary and veterinary hygiene& Veterinariiet 41 n0-4:89-100
Ap 164. (HrRA 17:8)
1. Samarkmadakiy sell skokhozyaystvenrWy institut (for Akimodar,
Duatova),,-2, Nauchnc--proizvodstvennaym laboratoriya pa borlbe a
baleanyami. molodnyaka, sell skokhozyaystvemWkh zhivotarkh
Mini terstva proizvodstva i z otovok seI'skokhozyajstvennykh
prcduktcr,r RSFSR. (for AntonoLl. 3. Vaesoyuzrqy nauchao- issledo-
vatellskly institut veterinarnoy sanitarii (f9r Roskov). 4. Insti-
tut chivotaawodstva Kinisterstva, sel'skogo khozyaystva Wwkskay
SSR (for Lipina). 5. Vaesoyuznyy institut Sellaintologii Imai
akademika, K*I, Skryabina (for Simonov). 6, Moskovskiy tekhnolo--
gicheskul institut myasnoy i molochnoy promyshlennosti (for
Bocharovf. 7. Khersonskiy sel'skokhozyaystvennyy institut immi
A.D. TSy-urupy (for Khrenov).

NOSKOV, A. 1.
Therapy and prophylaxig of rfmgwo-in. In farm anLmalr. Vel,452x!ier~lla
38 no.3t47-55 Mr 161 MRA l8zl)

,~OSKOVO A.I., kand, vaterin. nauk
- 11 - I- I - ~
Testing the flangicidal effect of hazaohloran and DDT* Toterlaa-
riia 38 nooU:72 N 161 (HIRA 18:1)
1. Vassoy=yy naucbno-issledovatellskly institut vaterinamoy
sanitarii.

Y~Kovs A.I.*p kand. vetarin, nauki SHARAPOV, V.M.0 mladshiy nauchnyy sotrudnik
Toxicity of mixed feeds Infected ulth fungl, Vaterinarlia 41
60.1t&.,85 Ja 165. (MMA 18:2)
1. Veasoyusnyy nauchno-lasledovatellakly institut veterInarlay
sanitaril (for Noskov). 2o Blologicheskly institut Sibiralo3go
otdaleniya AN SSSR (for Sharapov),

NOSKOV, A.I., k%nd.veterin.nauk; KOLFZNIKOVA, Te.A.,, vatertriarnyy \ruch
Measures for the control of ringworm. yeterimrila 41 no.305-37
Mr 165. (RIHA 1994)

fIXKCV# A.I.* kRnd. veterino nauk
Measures for controlling ringdom-, Veterinuriia 41 nc.12:32--35 D
I
164. (t:,.aA .16! 9)

ROGGM, Grigoriy Borisovich. Prinimal uchastIy&AW=Zo-"-..astronom-
geodesist. SKMOT, T,Z., red.; MMOTA, rooli,* A-ed,lzd-va;
BIXOTA. T.T.. tekhn.red.
Eaharaoteristics of the Morillsk deposit Is having possible
prospecting signiflognoo and the efficient method of prospecting
it] Nestorozhdanie Morillsk 1, nakotorya ago ocobanaosti, mo-
gushoble Imetl polskovoe z4achaula, I ratslonallnals matodika ago
razvadki. Koskwa. Gos.aauchno-tekhn.Izd-vo lit-ry po geologil I
okhreas nedr, 1959. 167 P. (NEU 13:5)
01orillsk region-Ore deposits)

sA26/6o/oio/oo6/ol7/022
Em/e452
AUTHORS; Guterman, S.G., Golldshteyn, M.I. and-Noalgpx,
TITLE: Dispersion Hardening and Fine Crystal Structure of
Carbon Steel With Small Additions of Vanadium
PERIODICAL: Fizika metallov i metallovedeniye, 1960, Vol.10, No.6,
pp.903-906
TEXT: The object of the present work was to study the influence
of small (0.01 to 0.093%) vanadium additions on the hardening of
carbon steel and elucidate the causes of such hardening.
Published investigations on this subject (Ref.2 to 4) deal with
relatively high vanadium contents. Induction melted type 40 steel
was used. 0.04% Aluminium was added in the furnace to deoxidize
the metal: vanadium additions were made in the ladle or furnace.
Ingots were forged into 14 x 14 mm bars which were normalized from
8400C. Fig.1 shows hardness as a function of tempering
temperature (400 to 6500C for I hour) for hardened specimens with
various vanadium contents: vanadium has no effect at 400% but at
higher temperatures it increases hardness. The influence is
decreased if hardening temperature is reduced from 950 to MCC.
Card 1/3

S/126/60/010/006/017/022
CIII/E452
Dispersion Hardening and Fine Crystal Structure of Carbon Steel
With SmaLL Additions of Vanadium
As shown In Fig.2, the presence of 0.01% of vanadium increases the
15 trength characteristics of hardened and tempered (600'0 specimens,
further increases in vanadium having little effect; however,
vanadium reduces plasticity somewhat. Chemical analysis of
electrolytically produced carbide residues and mosaic block size
determinations were carried out. For the latter, a type
YPO-5014(URS-501) X-ray ionization installation was used, Fig.3
shows, as functions of total vanadium content, the vanadium content
in the carbide residues (as %, of dissolved metal) and the hardness
and block size for specimens hardened from 950*C and tempered at
000C. This shows that the hardening with small vanadium
additions is due to precipitation of vanadium carbides and*
reduction La block size. This was confirmed by results (Fig.4)
for specimens of a heat with up to 1.7% V hardened from a
temperatuS;e giving complete solution of carbides and tempered at
6oollc. LAbstractor's note: The abscissa of Fig.2 and 4
incorrectly designated as "W".] There are 4 figures, 2 tablen
Card-2/5

s/i26/60/010/006/017/022
EIII/E452
Dispersion Hardening and Fine Crystal Structure of Carbon Steel
With Small Additions of Vanadium
and 6 references: 4 Soviet and 2 non-Soviet,
ASSOCIATION: Ural'skiy nauchno-issledovateltskiy institut
chernykh metallov (Ural Scientific Research
Tnstitute for Ferrous Metals)
SUBMITTED: hay 20, 1960
Card 3/3

IOVo A.M.
Deternination of nave ta wall spheres. Uv.Ubo 26 ao*5:624-
625 160* (MMA 13:7)
I* Umllskty namohno-tsole4ovatellskiy tnetttmt chernykh
metall(m.
--j'Katals-Tem t tag) (Z rays-lquIpment and suppltes)

IMKO,
137-58-5-9096
Translation from, Referativikyy zhurnal, Metallurgiya, 1958, Nr 5, p 50 (USSR)
AUTHOR: Noskov, A.S.
TITLE: On a Project for a Compound Installation for the Recovery of
Heat from Cooling Processes andFrom Waste Gases of an Open-
hearth Furnace (0 proyekte kompleksnoy ustanovki po ispol'-
zovaniyu tepla okhlazhdeniya i tepla ukhodyashchikh gazov ma r
tenovskoy pechi)
PERIODICAL: Tr. Nauchno-tekhn. soveshchaniya po ispol'zovaniyu vtorich-
nykh energ. resursov. Moscow -Leningrad, Gosenergoizdat
1957, pp 101-110
ABSTRACT: The author describes the engineering project of a compound
system for recovery of heat from cooling processes and from
waste gases of an open-hearth furnace; the project includes pro-
visions for generation of steam at an absolute pressure of 17
atm and a superheating temperature of 3200C. This is accomp-
lished by means of combining equipment for evaporation cooling
with heat recovery boilers and by employing the principle of
forced circulation for-this combination system. Caissons, in-
Ca rd 1/2 ternally lined, are of tubular design with welded collectors and

137-58-5-9096
On a Project for a Compound (cont. )
with series -connected tubing. The pivot girders are made of steel and are
drilled, as are the frames which are welded together from separate com-
ponents. The cost of one ton of steam is expected to be 6.24-8.19 rubles; the
initial construction expenses should be recovered within I.Z6 years.
Ye.N.
1. Open hearth furnaces--Operation 2. Waste gases--Applications
Card Z/2

A-.e'. V/' 1q, J,
TUROTTSEVA. Zjf.; LIMUOYA. 1r.F.-, HIMAMTA. G.T.; XOSWI, A.S"-.F'ALfTUV.R.3h4
Apparatus for determining the content of gaess In MetnIs Lwith ary
in Inglish]. Zhur.wml.khin. 12 ao.2:208-ZUXr-Ap 157. (HLRA 10:7)
1. Institut geokhtnit i analitichaskoy khtmit im, V.I. VernAdskogo
akadesit nauk SSSR, Hoskya.
(Chemical ap?aratus) (Gates in metals)

111. -1) .
Nookov, A. S.
"llly-adushkal of the ~'~Insk reservoir." ',-:oscmq Technical Inst of the
Fish Industr-y and Econony imeni A. 1. 1likoyan. Yoscow, 1956 (DisEerta-
tion for the degree of Cand1date in Riologicnl !3cience)
Knizhnaya letouis,
Uo. 25, 1956. "oscow

KOSKOV -AC
Results of tagging breax and pike perch in the Courland Lagoon.
Trudy BaltHIRO no.7:141-146 061. (MEIRA 15:2
(Courland Lagoon--Bream) (Couriand Lagoon--Perch) (Fish tagginV

TORMSEVA, ZA.M, [decetiacd]; MAIMIEV, Volq NOSFOV. A,Ss
Determination of n1tragen and cxygen in U*e6o Zhrr.
20 no,IW351-1353 165s,
1, Submitted April 21# 1964,

qCSKC'7. B., kancl. nvA
A new systom cf plfrnj.rf~ f".1, the handling of ger;PfFll CRrgc).
I
Mor. flot 25 r~).7,~1-16 JI 1-~S, (KIRA 18:7)

MOSKOTO B.A. g TASHCHINKO, professor, &oktor taklmichaskikh nauk.
RUIMNSX:IT, Ta.T., takhaichookir radaktor
Eftwifacture, of coat drop-forgine dies] ftaityodstro litykh
malotovykh shtWor* Mr. Got, nauchno-tgUm, W-va x"hino-
atroits lit-rr, 1953, 97 P, Nioroftluj- (KLRA 7CIO)
(steel "Stings)
(Dies (Kotalworking))

SMOI)OL'SKLU, TO-I-, kan"dAt takhnicheakildx nauk-. WUNOT, V.A..
1-nd,fdAL' tokhnfaheskikk nauk. retamment.- NOSICOT, S.A.- kmnAfd&t
tobhuich*sklift nauk, rodaktar; RLMUSKIr, , twAmor
EXistortalm for piston rings] KaterialT parahx*v3i& kolsts. Kiev.
(ion. nwwhuo-tokhn* Isd-va washinestroit. i audo4trott. lit-rr.
1953. M? P. (MM 7:8)
(Piston rings) (Cast Iron)

,,, , ". ) "Ov-j t. au.
9 11. A.#
The tochnoloey of casted ~,~arts. lzd. 2., oerer. i dop. Mioskva, Gos. nauchno-
tekhn. izd-vo mashinost.-olt. lit-ryv 195/,. 2',9,2 p. (551-3a811)
TS230.K63 IP54

iray1r, A.A., kauctidat takhaichatkilch nauk;, IfOOR14JAL kgLactidat taidmiche-
skikit muk, unuchayy rodaktor; DONMWis' yaj*,~~'daktor; SHMI.
TOAD, takhatchaskly redaktar
CTM central factory laboratory] TgontralInsta wavotisksisk laborst"
rUa. [Kbarlkov] narIkovskoe obt. ud-vo, 1956. 82 p. (KrRA tO:L)
L %sametttell nacbmllmika tsentrallnoy savodskoy laboratorti
Varlimiskago savada transportnogo mashinastroantyme (for Navlk)
(IneLmearing laboratories)

CS k ID L H
PHM I BOOK EXPLOITMON 399
Noskov, Boris Alekaffevlah, and Snelyakov, Mikolay Nikolayevich
Konstruirovanlye litykh detaley (Design of Cast Parts) Kiyev, Mashgiz,
1957. 210 p. (Biblioteka konstruktora) 8,,600 copies printed.
Sponsoring Agency: Nauchno-tekhnicheskoye obshohestvo mashinostroltell-
noy prqmyshle=osti. Klyevskaya oblastnays organizatelya.
Reviewer: Ryzhikov, A. A., Doctor of Technical Sciences, Professor;
Ed.: Soroka,, N. S.; Tech. Ed.: RrAdenskly, ra. V.
PURPOSE: This book Is-designed as a manual for eng1neers, designers
and technicians engaged In machine bulldIng. It may also
be used by foundry engineers.
COVERMEt T#e authors.streas the importance of castings In machine
design. In this book they describe the elements of design
of ferrous and nonferrous castl:g A few chapters are
devoted to various methods of a ting such an Investment
Card 1/5 precision aasting, pressure casting, centrifugal oaxting,,

Design of Cast Parts
399
the use of peruanent and shell molds,, and the application of
welding to cast Iron elements.
TABLE OF
CONTENTS: Introduction 3
Cit. 1. Goneral Characteristics of Casting Alloys 4
020wability 4
Shrinkage 11
W"Ti 14
ft st2lization of alloys 25
Uquation 34
Ch. 11. Mochanical and Special Properties of Metals and,
Seleation of Metals for Cast Parts 35
1
Ch. Ill. Requirements for Designing Castings as Determined
by Considerations of Mold Manufacture 80
Card 2/5

Design of Cast Parts 399
Design of ths: outer Contours of Castings so
Design of bosses and projections 83
Draft on vertical walls 85
Design of horizontal sections of castinge 89
DetormininatLon, of,parting line go
Dimensiordag of Dmwlngs 92
TOI*r&nQ*g AAd d1menolonal accuracy of castings 94
Inner 0ontours of castings (UX0 Of GOMS) 101
Allowas"s for nachInIng 108

Ch. IV. General Rules for Designing Cast ?arts 112
Ch. V. Deslgn ot castings ilk
Ch. V1. Design of OM (last Iron Castings 121
Ch. VIZ. Design of Castings of Modified Cast Iron and Cast
Iron Containing Spherical araphite 130
Card 3/5

Dosign of Cast Parts
Ch. XVIII., Almatal Castings
399
Igo
Ch. XIX. Considerations in Selecting Casting Methods 191
Ch. XX. Quality Control of Castings
196
Ch. XXI. Defects and Correction of Defects In Castings 201
Conclusion
Bibliography
AVAILABLE: Library of Congress
Card 5/5
qO/vm
6-;11--56
204
205

137-58-3-5445
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 3, p 136 (USSR)
AUTHOR: Noskov, B.
TITLE: Fabrication by Means of Welded Castings (Svarnolityye detali)
PERIODICAL: Tr. Khar1kovsk. politekhn. in-ta, 1957, Vol 11, pp 25-37
ABSTRACT: Technological, prA4ction-cost, and organizational problems
connected with the substitution of castings by welded castings
were examined on the following exam s. a) a gas compressor
housing weighing approximately 45 tor, b) a turbine runner
4165 mm in diameter consisting of two cast disks and blades of
rolled metal; c) the front support for the boiler of a locomotive;
d) guiding trough of a stripping crane; e) the tripod for the
;eeling unit of a.wire draving mill; f) a king-bolt support for
a railway car; g) a steam superheater box. The author lists a
number of cast components which, at the present time, can not
be replaced by welded castings.
Bibliography: 10 references.
V.S.
Card 1/1

s- 0, vf )'0', . ( 1 ,
AUTHORs Ginzburg, Z.L., Siigineer, 128-58-4-15/18
TITLE& Scientific-Technical Session on Progressive Technology of
Casting Molds (Hauchno-tekhnicheskaya sessiya po progressiv-
noy tekhnologii liteynoy fortay)
PERIODICALs Liteynoye Proizvodstvos 1958p No. 41 pp 28-30 (USSR)
ABSTRACTs A conference on the technology of casting molds - organized
by the STOMAShPROM of the Khar1kov Oblast' - convened in
Khar1kov on 14-16 November 1957- More than 200 delegates from
plants, research Institutes, vuzes and other organizations of
the Khar1kov and other regions participated. Problems of
earth-mold casting were discussed. A total of 24 reports
were delivered on hardening and exothermic mixes and the me-
chanized processes in USSR and abroad. BOA.-goskov and V.I.
Ryzhkov (KhPI) gave information on molding aa-m-a-and clay
available In the Kharlkov economic region. The followfng
reports were also heardt V.V.Ryabova - on the use of carbon
dioxide, at NKMZ, for chemical strengthening of molds, which
has reduced the drying period and cut the consumption of gene-
Card 1/5 rator gas, improved the quality of castings, and nearly

128-56-4-15/18
Scientific-Technical Session on Progressive Technology of Casting --olde
doubled the production of molds; N.Kh. Ivanov - on the use of
the same quick-hardening mixes, with cold carbon dioxide,at the
Slavyanskiy mashirfostroitellnyy zavod. (Slavyansk Lachinebuild-
ing PIRnt); Encineer D.A. Lurlye (Giprostanok) - on modarn
methods and an installation for production of carbon dioxide;
Engineer Ye.F. Tolmachev of the Voroshilovgradskiy teplovozo-
stroitellnyy zavod (Voroshilovgrad Diesel-Locomotive Plant) -
on experience with molding sand milled in a special vibration
mill# which nolvea the problem of obtaining castings with a
clean surface not only with shell molds, but also with con-
ventional. molding methods; A.Ya. Izmalkov - on the oil-less
binder "P" used at the plant "Serp, i Uolot"; A.I. Veynik - on
the theory of forced cooling of castings and the experience
in this method at the Novo-Kranatorskiy i Hinskiy stanko-
stroitelInyy zavodov (Novo-Kramatorsk and Onsk Machine Tool
Plants) which developed this method in the production of
large castings; I.V. Ryzhov - on the phy3ico-chomical naturo
of sand crust (on castings) and the ways of eliminating this
crust by producing a do-oxidizing atmosphere between the mold
and the metal, casting in vacuum, or crystallization-preventive
Card 2/5 additions to water glass; P.G. Novikov (of ToNIITY-ASh) - on

126-58-4-15/18
kientific-Technical Session on Progressive Technology of Casting Molds
results of the collective work of TaNIITHASh and HKMZ on
technological problems of the production of large molds, and
the new method of forced or controlled cooling of castings in
the ground, as well as on the experiments with a system of
universally applicable cast partsi B.K. Dymahin of the Kharl-
kovskly turbinnyy zavod (KharIkov Turbine Plant) and Engineer
I.Ye. Gabey (NKMZ) - on exothermic mixes for heating the
feeding heads of steel and cast iron castings; II.L. Turovskiy -
on investigation of internal stresses at the Khartkovskiy zavod
transportnogo aashinostroyeniya (KharIkov Plant of Transport
liaohinoa); V.S. Ladnov - on mechanized casting into shell
colds by shot-strewing the mold boxes, being introduced at the
same transport machine plant; K.I. Kostinenko - on the organi-
zation of boxless molding at the plant Roateellmash; N.A. Ge-
rasimov of the Kremenchagakly zavod dorozhnykh mashin (Kre-
menchug Road Machine Plant) - on casting parts in molds pro-
duced under pressure up to 100 kg/cm2, without mold boxes,
which nearly completely eliminates the necessity of machining
the castings and greatly reduces the consumption of foundry
Card 3/5 materials and metal;' A.M. Petrichenko of the Khartkovskiy

128-58-4-15/18
Scientific-Technical Session on Progressive Technology of Casting fdolds
avtodorozhnyy institut (Khartkov Auto--Road Institute) - on
the experience of the Chinese Democratic aspublic with semi-
permanent molds for thin-wall castings; Ye.A. Sukhadollskaya
of the Kharikovskly politekhnicheakly institut (Kharlkov
Polytechnical Institute) - an some peculiarities of foundry
technology in China; V.D. Bezuglov of the Kharlkovskly zavod
zubovrachobnykh materialov (Kharlkov Plant of Dentistry Ma-
terials) - on self-hardening plastics "AST" which is readily
machineable, well suited for decorative correction of surface
faults on metal custings, and also for making light core
boxes, press-molds for wax patterns, etc. The conference re-
commended that the Kharlkov Sovnarkhoz organize the exploita-
tion of molding sands and clays in the region and a centra-
lized production of carbon dioxide. The conference pointed
out the necessity of extensive use of quick-drying mold mixes,
forced cooling of castings, exothermic mixes for heating the
feeding heads, and the necessity to introduce the shell-mold
Card 4/5 and the chill-casting methods. The method of making molds

128-56-4-15/18
,4cientific-Technical Session or, Progressive Technolo&7 of Casting Molds
under high pressure was recommended for use. The importance
of the Khartkov Deatistry Materials Plant and KhTZ work with
self-hardening plastics for foundry use was emphasized.
AVAILABLEs Library of Congress
L Castings-Scientific reports
Card 5/5

SOV/128-58-11-8/24
AUTHORSt Noskov, B.A., Rozenberg, Yu.G., Taukerman, S.I., Den'gin, I.N.
TITLE: A Coke-Gas Cupola Furnace (Kokeogazovaya vagranka)
PERIODICALs Liteynoye proizvodstvo, 1958, Nr 11, pp 14-15 (USSR)
ABSTRACTs The use of natural gas in cupola smelting leads to reduced
coke expenses. Experiments carried out at the Kharlkovskiy
elektromekhanicheakiy zarod (Kharlkov Electromechanical
Plant) proved that the successful use of gas and coke de-
pends on proper gas burning conditions, i.e. on the design
of burners and their position in the cupola. It was stated
that good results can be obtained by placing the burners
above the tuyeres. Further inveettgations will be c6ncen-
trated on determining the optimum dimensions of the distance
between the burner axes and the tayeres. The information
includes a description of a c;Apola where normal conditions
for gas burning and reduced coke expenses were obtained by
reducing the number of tuyeres from 6 to 4. A new improved
Card 1/2

A Coke-Gas Cupola Furnace
SOV/128-58-11-8-24
cupola design, now being Inatalled# will make ponsible a
further reduction in coke expense by a change in air dis-
tribution. There are 3 diagrams and I photo.
1. Blast furnaces-Equipment
3. Natural gas--Perfarmance
2. Blast furnacea-Operation
Card 212

RtMOV, I.V. ;_KOSKOV~,_ B.A.
Nature of sand burning and measures for its prevention. Trudy
KhPI 21 Ser.met. no-4:37-49 159. (HM 14:7)
(Faunding)

at
Ila
Eli i
!v.
64
g
z U ~-q S
1
ISO
Z
a ow M6
-ho' Fo

TMMNIKOV, H-N.v prof., doictor tekhn.n&uIc;.XO5KN,,,-%A,-, doteent, ke-nd.
tekb#enauk; ELY=07, LVes kandotakhn,nauk; PEP121KO, V.D., assistent;
BOGMNO I.T.p inzh.
Liquid water glass mixtures. I&T.VYssuchebezave; mashincatre no4:
66~63 160. NIRL 1414)
1, Kharlkovskir politokhai6heaki Institut.
(Soluble-, glassT

B.A_., IpRnd,tekhn,nauk; MUMMs S.F.j insh,,; SUMOVO VQFOP
Insh.; f[TOUKCHENWv S. 1. v inzh.
.19
-ng gases through liquid metals. HashInostroenle no.6t
" 1,62 ~ (KM 16c2)
1 1 Mae skly politeMmicheskly inatitut (for Nosk*v),
4 skly vechernly mashinostroltelInyy Inatitut, (for
Maker SwAtaov). 3. Laganskiy savod In. Parkhomenko (for
a~chenko
(MetqUurgy)

NOSKOTt .B.A., XASHMSKIT,, A.T.
Yjdrogm satamtlon and the fluMity of w6t iron* Lit, Iff
no,1102-33 N f62* Mam ;5flo
(Cast iron-fl~ftogen content)

DgNIGIN, I.N.; KASHIRSKIf, A.V.; MOSKOV, B.A.
Relation between hydrogen content in the furnace-top gas of a
caker-and-gas cupola and in the pig iron being melted. Izv. VY86
ucheb. zav.; chern. met. 6 no.6:16-0-171 163. (HIRA 16:8)
1, Kharlkovskiy politakhnichaskiy institut.
(Cast iron-Hydrogen content) (Gases-Analysis)

NOSKOV,, B.A.,, kand.tekhn.nauk; MAKARENO, S.F., inzh.; !!AiUTIYEV, Yu.S.,
I I I ''. 'inzh.
Effect of the nitrogen blast on the structure and properties of
cast iron. Kashinostraenle no.4:40-43 JI-Ag 1630 (MIRA 17:2)
1. Khar'kovskiy pqlitekhnichaskiy institut (for Noskov). 2. Lu-
ganskiy vechernly .mashinostroitellnyy institut (for ftstYarenko,
shutlyev).

NOSKOV, Boris Alekseyevich, kand. tekhn. nauk; DENIGIN, Igor'
tekhn. nauk; TARASENKO, V.S. . inzh.,
retsenzent
(Using natural gas for the melting of cast iron) Primenenie
prirodnogo gaza pri vtorichnoi plavke chuguna. Kiev,
Tekhnikap 1964. 1U p. (MIRA 17-.8)

BOBKO, Yuriy Georgiyevich, KQSKOVp B.A.y--Prof.,, roitsenzent;
LYUB(;HENKO, A.P., kand. tekhn. nauk, reteenzent;
MILMOVA, A.V., dots., otv. red.; KOVALEVA, Z.G.p red.
(Aluminum cast Iron] Aiiuminievye chuguny. Kharlkov,
Izd-vo Kharlkovskogo univ., 1964. -,94 p. (MIRA 17:6)

. HOSKOVI B.A.; TSUKFRKhN, S.I.
I
I Metallurgical characteristics of remelting cast iron acrap.
Lit. proisy. no.20-5 F 165. (HIRL MO

110SKOV, B.A., doktor tekhn. nauk
Gas-fired iron-melting furnace. Lit. proizv. no.1:1~,14 Ja Q~,.
RA
('41' 19:1)

AMIPOT, P.P., imth4n4r; IUKOT. Ta.D.. inghsaor-, UTIOT, inghener-
arkliftektor; KIEUMOT. B.L,,, insheaor-arkhitekto:r; T,~nAlc~
inzhsn*r-"khLt*ktar; RMTUV. K.N.. w4tvrach; SOMMEI-I
inshondr-arkhitsictor; ISIBUL1911T. L.A.. kandidat sellikokh4syaystyan-
nykh nauk; PIOMVSXIT, X.I., Idithener, retsensent; TOLIVOTSEATA. V.S.,
redaktor; FAWTOTA, A.Ir., tekhnicheskly radaktor.
[Ran oak on the construation ot fars buildings] Npravochnik pa sallaka-
kh4cAsistyennomm stroitelletvm. XoskTa, Gas. IV6-vo selkhos. lit-ry.
Vol. 2. 1952. 579 P. (VTRA 8:2)
(raru buildings) (Bmilding)

ARELMJCLISXIT, Pja.. Inzhener; ARMTOT. P.P.. inzhoner; TASIEN, K.P.,
a6rons*: arkkitektar; ITANOT, A.P.. arkhitaktor; XIBI-
. TDSXtr. mi
t khltektor; RMT, N.V., lazhanar-arkhttektor; XULAXOT,
m
T# S
Me. Wtaktor; KARTTSOV, P.r., Inzhaner: RIKIZOROW. 7.9a, lashener:
arkhitektor; PITUKHOT, B.T., kandidat takhnIchagkikh nauk;
K. kandidat takhrtchookikh nauk; RrAZAMV, T.S., kandidat
arkhi ktury; SOMMICKRY. U.S., inshener-arkhttaktar; TAMOT, D.I.,
arkhL ktor; SHMIDT, NA.. kandidat arkhItaktu:7; KHOKUTOV. Te.Ye.,
arkhi Ictor; TOLITOTSMA, T.N.. redaktor; FRDOTOTA. A. F., takhnichs-
ok on the construction of farm buildings] Spravachnik pe mal'ska-
k s stvannamm strattelletva. Avtorskli kollelctiv: P.E.Arkhangel'skii
I dr aytar-soat. II.T.rxylov. Xoskva, Goe.lzd-vo sellkhos.lit-ry. Tol-3
1955~43 P. (rarm buildings) (KMA 9:6)

"TsAKTOT,, D.I., kaadUat sell sIcoIchozyayztveanykh nauk; MRTCHITLIE. T.S..
Imadidat sell sicakhotyaystvennvkh nauk; Affff"GILfBICIT, P.Ts.,
fashener; NOSEN p B G arkbitektor; IMNOSICECKOT. I., redaLtor;
LIVIN, A., temmi-c-ftes y redaktor
(Greenhouses. hotbeds aa& heated soll] Ireplitsy. parniki, uteplannyt
grunt. Noakwal Maskovskit rabochii. 1956. 246 p. (K= 9:9)
1, lauchao-Issladavatellskly inatitut ovashchacgo khozyaystva (for
latsentov, VJwtchlyan) 2. Respublikanskiy goeudaretvaanyy lastitut
proyaktlrovan4a sovkhoznykh predpiyatty - Roagiprosovkhor at rot)
(for Arkhangellskiy). 3. Tsevoyuznyy gosudarstvanW institut
proaktirovaniya sallskokhozyaystyannykh prodpriyatiy - Soyuzgipro-
sellkhoc (for Moskov)
(Hotbeds) (Soil heating) (Greenhouses)

G.I., d6ktar/tA~n.'nau'k, prof.; GALDIM, K.V., inth.; DEMIN, A-J..
kand.takhn.nauk; ZTABLOV, i.A., kand.tekhn.nauk-, KAPLUNOT. H.M..
Inzh.; XASHMV, L.Ta., Inzh.; KOROLIV, Y.F., kaad.tekhn.natfl-,;
KRMOV, V.S.; KULIX, H.re., kand.tekhn.nauk; KAXMV, A.P., Jazh.;
MOVIKOV, G.I., kand.tekhn.nauk; 1JOSKOV. B.G., Inzh.; OLENZY. V.A.,
kand.vat.nauk; OSTANKOV. V.P., Inch.- ~t IM331, A.V., inzh.;
POWALENSKIT, V.P., k&ad.tskhn.na;;i: SMAFIKOVICH. L.P., knnd.
takhn.nAuk; SHIRMOT, V.I., kand.tekh;.jumk; URVACHEV, P.M.. kand.
tekhn.nauk; PAD M V. U.S., Inzh.; PAT M V, Ye.K.; KRTUKOV, V.L.,
red.; RSKOWA, Ye.I., tekhn.red.
(Reference book on the mechanization of stock farming] Spravochnala
knign Do makhanizatell zhivotnovodstva. Koskva. Gos.izd-vo sellkhoz.
lit-rY, 1957. 678 P. (MIRA 10:12)
1. Chle*n-korrespondent Vessoyuznoy akAdemii sell skokhorvnystvanrqkh
nauk In. V.I.Lanina (for Krasnov, FdteyeT).
(Farm equipment) (Stock and stackbreeding)

KOYSISURTS, A.P. Prinimali uchastlys: BXGUCEMT, A.P.; ITANOT, A.D.;
rARMAUKHOVA. Te.I.; HIKMA WATA, 0.11.; ROMV, B.G.; PUTIWT,
A~K*:AVAa=Yo A,I.p red.; PZVZM, V.I..
0.M., takhn.red.
(Brief mnual on cattle raininej Kratkil spravochalk po krapnow
rogatozm skotu. Koskva, Gos.izd-vo sellkhoz.lit-ry, 1960* 327 P.
(KIPA 13:12)
(cattle)

:0
USSR/Phyalca- - Technical Physics
Card 1/1 Pub&. .22 i6/4o
Authors Gruzin, P.!L.-, Noskov. B. M.-; and Shirokov, V. 1.
Title Effect,of 11n on the self -dif fusion of Fe
Periodical Dok. AN,3,9SR 99/2, 247-250, 1-Tov 11, 1954.
Abr,tract I Eight Fe-l"Ir.ialloys wera investigated to determino the effect of Mn on the Self-
diffusion of the Fe in austanite. The thermal dependence of the self-diffusim
coefficients of Fe in tr,-- gamina-rhase of Fe-4!n a2-loys was investigated by the
method of radioactive indicatora through the utilization of the artificially-
radioactive Fe59 isotope. The self-diffusion coefficients were calculated on
the basis of data obtained by measuring tlvo irtegral radioactivity of the Sam-
ple, It was found that the bond between the atoms of the basic alloy during
the addition of the second element increasoa. The energy of activation of Fe
self-diffusion at an:i!n content of R;, was established as greater than the acti-
vation energy of rnire iron self-diffiision. Seven references; 6-USSR and 1-
U5A (1938-1954). 'Tables; graphs.
Institution Central Scientific Research Institute of Ferrous lealq, Insttl;M
of Metallur
and Physics and State University, Institute o~ C etustxy, or y
Presented by: Academician G. V. Kudryunov, June 5, 1954

N j 4, ~ t.-/- i-
__ -, /- -1 ! ~r //
GRUZI1F, P.L.,kand.fic.-mat.nauk; 11OSKOV. B.M..kand.fiz.-mat.nauk; SHIROMT.
T. 1.,kand.f
Effect of manganese on the self-diffusion of Iron. Probl. metalloved.
I fig. met. n0,4:503-508 155. (MIRA 11:4)
(Diffusion), (Iron) (Mangmn6se)

V05KOV" 161 Iff,
Cntegory : USSR/Solid Steto fhysics - Diffusinn. Sintering E-6
Abs Jour : Ref Zhur - Fizilrr, No 3, 1957, No 66P1
Author : Noskov, B.".1., Kumot.-ov, Ye.V., Shchcrbodinskiy, G.V.
Inst : Morkiy, USSF
Title : Influence of Intreprenulrr Seprration ktindrries or the
Coefficient of Self-Diffusion of Iron in Iron-Nickel-OrrLon
Alloys.
Oriz Fub : Fiz. L-
Ctel.'LOV,i -,rote I 1cvoicniyo, 2, No 3, beg-493
Abstr-ct : The coefficient cf self-diffovion cf ircr, 1,- 2-3 times
grortor In n1loy sroci,-nons thpt hove boor, subjected to
martensitic trensformntirin Prd Enve boon nriiin restoroi to
custenitc, then in sro~',,,onn thrt hrve not been subjected
to martensitic trpnsfori -tirr.. This is caused by the pre-
sence of trecon of previous -.,rrtor..oitc bounderies, Plonr.
which into rcrys tel I ine, difficion I-- more repid. Theno
traces ere e'LiTinRted Frrdunlly rs the tor.teraturc Incrorseo
during the time cf hertir.F. -The encriy of rctivation of the
process of climinctin- the trrces is nonrly equel to the
rctivntion oncrE-y of the intercrystcllino self-diffusion.
Crrd : 1/-.

NOSMY, B. K.
Some results of studying self diffusion of Iron and probleas of beat
resistance. IseL po zharopr. splar. 3:91-96 1 58. (MIRA 11:12)
(Eleat-iesiitint- alloys) (Crystal lattices) (Diffusion)

ROSIOT, B.11.; PAVLOV, P.V.; SHCHERBEDIUSXIT, GoVe
Diffusion of tin 1n0( andij-phaces of the isystem coMr - tin.
live vrov whabe rav.1 five no.4cl63-167 '59. WAU 130)
loritiko-takhnichaskly institut Gorlkovek*go gosuniversiteta Imeat
R.I. Lobewhevskogoo
(Copper-tin alloys)

67761
/'P. 9,5-0 0 SOV/126-8-5-IV29
AUTHORS: Zelinskiy, H.S.$ Noskov, B.H., Pavlo . P.V.1 and
Shitova, E.V.
TITLE: Influenc'o of Vanadium Additions on the Self-Diffusion
of Iron,,.,
PERIODICAL.- Fizika. metallov Imetallovedeniyeg 1959, Vol 81 Nr 59
pp M-730 (USSR)
ABSTRACT: In contrast to the effect of many other transition
elements, vanadium has boon found to give a weaker
atomic bonding than occurs in pure iron (Refs 6, 7).
Since for other metals results of diffusion and X-ray
Investigations agree, the authors decided to study the
self-diffusion of iron with respect to vanadium content.
Althoughthis had already been studied, work by Sanadze
and Tsivtsivadze (Ref 8) has thrown doubt on some
previous results (Refs 41 59 9). The present authors
used three Fe-V (0.489 1.01 and 2.04% V) and two
Fe-V-C (0.096, 2.46% V and 0.820 0.2'5"61 01 respectively)
Card alloys (compositions shown in Take 1~7.0
1/3 5 x kJ x 25 mm plane parallel specimens were subjected
to homogenizing annealing at 1100 OC for 20 hours. A
thickness of about 0.005 mm of radioactive Fe59 was
electrodeposited on one face. Pairs of specimens with

67761
aov/126-8-5-lV29
Influence of Vanadium, Additions on the Self-Diffusion of Iron
their active faces in contact were subjected to
isothermal diffusion annealing for 4-200 hours In a
Suartz tube evacuated to 10-3 mm Hg. Temperature
000-1300 and 1100-1340 for the Fe-V and Fe-V-C alloys,
respectively) was controlled to � 5 OC. After annealing
specimens were rapidly quenched and the 3elr-diffusion
coefficients determined by removing layers and
measuring the integral residual gamma-activity of the
remainder of the specimen (Ref 10)9 with precautions to
avoid end effects. Two to four independent
determinations were made at each temperature. From the
break at 1100 OC on the curve of log D vs Inverse of
absolute temperature it was deduced that below this
temperature inter-crystallite diffusion plays a big part.
Results above 1100 OC referred to uniform diffusion and
were used in calculating the coefficients: these and
other diffusion parameters are shown in Table 2. In
Table 3 the corresponding data for Inter-crystallite
Card diffusion calculated by Fisheres formula (Ref 11) are
2/3 given for the Fe-V alloys. The linear relation between
the logarithm of the uniform diffusion coefficient and

67761
30V/126-8-5-11+/29
Influence of Vanadium Additions on the Self-Diffusiv~i of Tron
the activation energy for these alloys is shown in
Fig 2; in Fig 3 the activation energy is shown as a
function of the vanadium concentration, showing that
the activation energy decreases linearly with
increasing vanadium concentration. The authors
discuss this and. other properties of vanadium in
relation to those of similar metals.
There are 3 figures, 3 tables and 15 referencest of
which 13 are Soviet, 1 is English and I is French.
ASSOCIATION: Issledovatellskly fiziko-tckhnichoskiy institut
Gor1kir
Card 3/3 6ysico-Technical Research Institute, Gorlkiy)
SUBMITTED: May 29, 1959

AccEssTobt biRs AR4022439 6/0058/64/000/001/AO37/AO37
SOURCE: M.,Fizikas Abs. 1A339 J
AUTHOR: Kanter, B. Z.; Lermontov,'V. Vo; A(Lakay fe
A.; Yushkovo
Yuo G.
TITLE: S-XeV microtron
CITED SOURCE: Izv. Tomskogo politekbn. in-ta, v. 122, 1962, 45-49
TOPIC TAGS: microtron, microtron characteristics, microtron ele(--
tromagnet, particle accelerator, accelerator, electron injection
TRANSLATION: The 5-MeV microtron of the Tomsk Polytechnic Institute
is described (RZhPiz, 1963, 1A401--403). The high frequency section
of the amplifier includes a magnetron oscillator, two phase shifterra"
an absorbing load, and a toroidal cavity with 0 of approximately
2000. The electromagnet poles had a diameter of 55 am and the mag-
curd. 1/2.

ACCESSION NR: AR4022439
netic core had a cross section 30 x 12 cm. All the main units of
'the accelerator were constructed in 1959. During the starting,
problems involved in the optimal coupling between the resonator and
the waveguide were investigated,'along with the possibility of using
an incandescent cathode for electron injection. The current attained
,to date on the ninth orbit (S MeV energy) is several microamperes
-per pulses K. Belovintsev.
`DATE ACQ: 03Mar64 SUB CODE: SD EXCL: 00
ca
2/2

L iEi 47-li-66 (n, /;nrp (V) /T/i"-T (t) k)
Att-Mr- --1076 009 96 0
MRCE CODE: UR101371651C~0010121LO361FO,-,6:
MJ-~Hffl: Kazlmin. G. S.; Pankovetri, 11. G.: Proskizovsk-:y. D. I.-
j_Sudakov,__V. I.; Sha
ORG: none
Trl"IE: Electron-bean, welding of materials in a vacuum
SOURCE: Rf. zh. Metallurgiya, Abs. 12E283
REF -'-'UMCE: Sb. dokl. k Novosib. nauc hno-tekhn. konferentsii po maushinostr. Ch. 1.
Novosibirsk, 1964, 115-12~~
TOPIC TAGS: electron bean welding, vacuLn vic1ding, metal cutvti~-Z
TFJ,*N1JLA-11ON': The author.5 describe the-advantages of "!~o electron-bea~,-, -,~.,thod for
rL~Iva-- over oQhrjr methods. Un-1-s are deger-ibe
! d'for vclding, dr'"ing and
cuttlng meta!G witl~ the use of an electron beam. These installat-ions were developed
4n the Department of Electronic Devices at the Tomsk Institute of Radic~~lectronics
and Electronic Technology.- V. Fomeako LJPRSI
SUB CODE1- 13
LLard IL'-'
P1
Wr
4

Act NK" SOURCE CODE: UR102T5'/6910001010/VG02/V00,2
Proskurovskiy, D. 1.
AUTHOR: _~fojk
TITLE: Using.k ternating voltage to feed an electron welding gun
SOURCE: Ref. j(h. El ektronikatyeyeprtineneniye, Abs. 10VIO
REF SOURCE: r. Tomskogo in-ta radioelektron. I elektron. tekhn. no. 4, t965,
.102-103
TOPIC TAGS: w6ldtni
E equipment, electron gun, welding electrode,
ABSTRACT: Ex#erimentYl electron-be_____ reding equipment is described in which
the electron gun s fed with alternating voltage. The unit uses the rectifier proper-
ties of the electr n gun, which functions as a.rectifier with high internal resista~nce.
The arts Intend for w'elding are heated only during the negative half-cycles. The
p
anode of the eleafron gunts grounded, while the cathode is fed alternating voltag4
i
I by a step-up tra0eformer winding. In this connection, the use of a magnetic focus-
Ing beam is imp Ired and electrostatic focusing may be used. However, it requires
a proportional c e of voltage in all the electrodes. The cathode and cathodic
electrode are u er the isaine potential with respect to the anode, simplifying the
Card I / 2 1 UI)C: 621. 38:62

- i

4CC Nt' AR7002121' C(:)~F,.- U~/62~5/156/~G /~10/Aoll/Aoll
AUTHOR. Kaz' in. G. S.;-Naskov., D. A.; Pankovets, N. G. ; Sudakov, V. 1.
'..'Proskurovskly, D. 1.
TITLE: Electrln-beam welding of leads in electrovacuum devices
SOURCE: Ref. le ronikit i yeye primeneniye. Abe. tOAT4
SOURCE: r. Tomskogo In-ta radioelektron. I elektron. tekhn., no. 4,
1965, 112-114
TOPIC TAGS: eaectron beam welding, tungsten nickel *ahdiag, flux,
Ar
ABSTRACT: At4 experimental investigation was nude of clectron-beam welding of
leads in electro~acuum equipment, which were made of tungsten and nickel com-
ponents. Acted ~upon by the accelerated and focused electron beam in vacuum, the
tungsten compdrient generates the heat which fuses the ends of the two wires. The
leads are welded on an electron beara device, The components to be welded are
fastened to a mandrel,, placed in the operating chamber. During welding, the com-
Card 112 gol

AR7UO2221
ponentsarebro htto, a distance at 0.2-0.3 mm. The nickel component is fed
n
the tungsten ca nent by a spring mounted on the mandrel. An unetched micro-
m
scopic analysis OOX showed no defects in the weld. The weld was dense, without
(IC
pares, cracks, And inclusions.,- of abatracti [NT I
.SUB CODE: 131
212

ACC NRI_
AR'1002220 SOURCL' XJPt/0275/GG/000/010/ArJ01/A001
AUTHOR: Noskov, D. A.; Ponomareva, L. P. ;Sokolov, Yu. M.
TITLE: Testing of certain types of cathodes in near vacuum conditions
SOURCE: Ref. zh. Elektronika,i yeye primeneniye, Abs. 1OA2
REF SOURCE: Tr. Tomskogo in-ta radioelcktron. i clektron. tekhn., no. 4,
1965, 90-94
TOPIC TAGS': cathode. tungsten cathode, betatron cathode, rhenium cathode,
nickel cathode, lanthanum hexaboride cathode, ton bombardment, cathode
emission
ABSTRACT: Three types of cathodes are analyzed: boride-lanthanite, oxide-
thorium and a heater-baked cathode. Selection of the type is determined by its
working conditions in a betatron injector. Requirements imposed on these
cathodes are the following: high emission ca acity; resistance to ion bombardment
and contamination by residual gases; satisfactory operation under high voltage;
mechanicalstrength and ease of operation; and long service life. Examination of
rd 1/3 UDC: 621. 385.7

ACC NR. AR7002220
the influence of ion bombardment on lanthanite hexaboride cathodes has shown
their stability to exceed considerably that of tungsten and rhenium. After the
termination of the experiment, the boride-lanthanite cathode was kept in open
air for 24 and 30 hours, after which its emission qualities were reexamined.
The experiment showed that the cathodes fully recuperate their emission qualities
and require no special activation. The strong heater current, which is the short-
coming of these cathodes, can be decreased by changing their dimensions or by
indirect heating. The baked (impregnated) cathode, consisting of 70% nickel
powder and 30016 ternary carbonate, sintered with a nickel sublayer, is one of the
cathodes most suitable for the betatron injector. Experiments show that the
catnode completely recuperates its emission qualities after long exposure to the
air and lengthy activation. Emission without additional activation decreases by a
factor of two. Emission stability tests were conducted for 24 hours. At the end
of the period, the emission was found to decrease by only 116. The main qualities
of this cathode are its high emission in pulsed conditions (30 amp/cm2) and its
low working temperature (950 to 12000K). The shortcoming of this cathode is the
need to activate it after exposure to the open air, which makes its use rather
difficult. The pressed oxide-throium cathode is the strongest from the mechani-
cal point of view. It is made of a sintered ceramic-metal mixture, pressed from
Card 2/3

ACC NR:
A117002220
thorium oxide with the additio'n of arefractory metal (molybdenum or tungsten).
These cathodes arc characterized by the absence of sparking, they are easily
activated, show great resistance to deactivation by residual gases and ion
bombardment, and have a very slow decay of emission during current takeoff.
The capacity of the cathode to give a considerable emission in the pulse makes it
possible for the cathode to work with pulses of long duration without a noticeable
-decay in the emission current, and also to work in large duty cycles. , The
influence of the degree of evacuatidn onthe emission was tested.. Readings were
made of the emission charact eris tics at 8.10-5 mm Hg and 2.10-4 mm Hg. At
8.10-5 mm Hg, the emission qualities of the cathode did not change, and at
2. 10-4 mm Hg. they changed'insignificantly. The bibliography. has 2 references.
[Translation of abstract] JGCJ
SUB CODE: 09/
3/3

NOSKUT, ljl.!~elmat M o*yezde- Ilommmistichaskor partii Sovetdkogo SoYuz&,
6j'Sotsiallollcheskago Truda
Thim to where the savings are hidden. Sovoprofsoluzy 7
no.4:10-11 Ire '59. (KM 12SA
1. Kaster donsuioy pechl Chusovskogo metallurgicheakogo cavoda.
(Chmsovo.r-Ketallurgy)