SCIENTIFIC ABSTRACT SHCHERLIN, I.D. - SHCHETININ, A.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001548910019-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SOV/ 137-58-7-1400 1
T.-ans"afion fron-, Referativnyy zhurnal, IN-letallurgiya, 1958, Nr 7, p 94(USSR)
AUTHORS: -J.D., Alyushin, Ye.l., Poletayev, G.S.,
Rabicheva, L.-M., Slonimskiy, B.I.
TITLE- Electrothermic Recovery of Zinc at the Belovo Zinc Plant
(Elekt rote rmicheskove poluchenive tsinka na Belovskorn tsin-
I~zovom zavode)
PFRIODICAL: Byul. tsvetn. metallurgii, 1957, Nr /-I, pp 20-23
ABSTRACT~ A pilot-plant installation having in clectrozhermic furnace
of 150 kw power was emploved to rnelt sintered Zn concen-
trates of the following % composition- Zn 57-60. Pb 0.7- 1,
Cu 2-2.3, Fe 6-9.4, Cd 0. 1 -0. 13, CaO 0.9- l.q, _\MgO 0.7-0.8,
SiO2 3.4-4.7, S 0.3-1. The charge (composition of the raw
mix: 60 kg sinter, 12-13.5 kg coke breeze with 12-20% moist-
ure and 14-20% ash, and 5 kg calcined lime) was mixed in a
drum mixer, calcined for 3 hours at 800-8500C in a reducing
atmosphere, 15-210 ko return dross was added to it, and the
whole was charged into the furiia,-e through a bell-shaped
scaled charging device. Smelting was at 68 v and 2250-2500
Card 113.1 amps with graphited electrodes immersed 200 mm into the slag,

SOV/ 137-58-7-14601
Electrothermic Recovery of Zinc at the Belovo Zinc Plant
the bath depth being 400 rnm and the slag temperature 1350-14000. Optimum
process conditions were assured in reducing the basic quantity of Fe and the
formation of Fe-Cu alloy in which the noble metals were concentrated. Slag
was tapped once each shift, the Fe-Cu alloy once every 10-20 days, The Zn
gases and fumes were taken off the furnace through an aperture in the side-
wall and an inclined gas line in the condenser (C), lined with magnesite
brick in its lower portion and a floor made of carbon blocks. The tempera-
ture in the gas line was sustained at 800-9000 and in the C at 600-6500. The
gases left the C at 350-4000 and proceeded to a scrubber irrigated with
water. The extraction of Zn as metal having the following inclusions (lo),
Pb 1-1.5, Cd 0.1-0.13, Fe 0.1-0.5, Cu 0.01-0.02, was 60-707o. 15-207o of
the Zn was trapped in the scrubber as blue powder enriched with up to 0.65o
Cd. Up to 30% of the Zn was in the returns in the form of dross precipitated
in the C. The dross and blue powder contained 88-93% Zn. When the lower
portion of the furnace was lined with magnesite and cooled with water to
form a lining hardened on the wall, a furnace campaign lasted > 2 months.
Losses of Zn in the slags came to 1.5-6%, and recovery of the Cu in the alloy
was 90-98%.
-. Zinc--Reccvery 2. E-'eczric Ye.Z.
Card 2/2

SMIMLIN, I.D., kand. S0l'l3kOkllOZy!L.Vatvennykh nauk.
Protective afforestation on virgin and waste lands. Zemledelie 6
no.2-4?-45 199. (MIRA 11:3)
(Kazakhatan-Afforostation)

SHCHERLIN, I.D.; ALYUSHIN, Ye.I.; POLETAYEV, G.S.; RABICIIEVA, L.M.;
SIONI14SKIY, B. I.
Studying the electrothermal method of preparing zinc and metal
powder at the Belovo Zinc Plant. Sbor. nauch. trud. GINTSVEETMET
no.15:298-309 159. MRA 14:4)
(Belovo (Kemerovo Province)--Zinc-Electrometal'-urgy)

e, vi Crnt-
,o c -ow
So

, "T i , . - , . ;, , ; G,1 , I
; *~ :, " ~ ~ Ir I - , I ~. , 10.1 -1 1(1. --.
lUtr,~ .,-lo in ',~azl 7. 3 lzv. A." Kaz. SS- Ser. nr-,./~:7~,-"3
I
60. ("1 A 14:2)
Rare -,10 7,anor)

SHCHERVAN.", A.N., akademik; HARATOV, E.I., kand.tekhn.nauk; RYZHENKO, I.A.,
gornyy inzh.
Temperature and gas-and-dust conditions in the downeast ventila-
tion of stopes. Ugoll Ukr- 5 no.1:17-19 Ja 161. (MIU 14:1)
1. AN USSR (for Shchervan').
(Donets Basin--Mine ventilation)

GRACHAVA, N.D.; ZHINKIN, L.K.; SHCHERVANf, A.I.
Using liquid emulsions In histoautoradiograph7. Med.rad. 1 no.2:
87-93 Mr-Ap 156. (HLRA 9:9)
1. Iz patologoanatomicheskoy laboratorii (zav. L.Y.Funshtayn)
TSentrallnogo nauchno-iseledovatellskogo rentgano-radiologichaskogo
!nstituta (dlr. - prof. M.N.Pobedinskiy) Ministerstva zdravookhra-
neniya SSSR.
(PHOTOGRAPHY,
auto-impression on ohotographic plate with liquid
emulsions of tissue sections labeled with radioisotopes
(Rum))
(HISOLOGY, (ISOTOPIS,
same) same)

Li

SHCHESLAVSKIY, A., inzh.
flew stand for testing electric equipment of automobiles. Avt.
transp. 36 no.10:16-17 v 158. kMIRA 13:1)
(Automobiles--Electric equipment--Testing)

P'-., inzli.; B,,kS, L., inzh.
Testing stand f'o- hydraulic lrivps. Avt.transp- 37 no.4:18-20
AD (MI-Ril. !2:6)
leg.
(Oil-lvdraulic machinery--Testing)

KOVALICHUK, V.; SHCHESLAVSKIY-, A,
Stand for the removal of truck tires. Avt.transp, 39 no,4:20-22 Ap
161. (Motortrucks-Tires) (MM 14:5)

SHCHESLAVSK11, A. Inzh.
Portable screwdriver. Av-t.transp. 40 no.11:22-23 N 162.
(MIRA 15:12)
(Scr-owdrivers)

KARPEKIN, P.,, inzh.; SHCHESLAVSKIY, A., inzh.
New garage equipment. Avt. transp. 43 no.2:20-22 F 165.
(MIRA 18:6)
1. TSentrallnoye konstruktorskoye byuro Ministerstva avto-
mobillnogo transporta i shosseynykh dorog RSFSR.

, inzh.
Stand for dismounting and mounting of irotortruck tires., Avt.
transp. 43 no.4:23-24 Ap 165. (L%EFA 18:5)

TOBILEVICH, N.Yu.; ZASYAD'KO, I.N.; MATEUSH, Ya.O.; VOLOSHKO, D.M.; KALINKINA,
Z.M.; SHCHN 0 L.P.
C
Increasing the corrosion resistence of heat exchanging pipes for the
31 no.4;47 (MLRA 10.
Ai.jgar. -industry. Sal~4. -53 Ap 157. -6)
1. TSentral-Inyv nELuchno,-issledovatellskiy institut sakharno7 promysh-
lennosti ~for Tobilevich. Zasyadlko and Mateush). 2. VNITI (for
Shchesno).
(Pipe) (Corrosion and anticorrosives)

SOVI/137-53-11 229U
w
Translation from: Referativnyy zhurnal. Metallur,oiya. 1058, Nr 11. p 1o4 "USSR.1
AUTHORS: Volosliko, D. M. , Chizh, V. A. Shchesno, L. P.
T'TLE: Investigation of the Diffusion of Sulfur in Metal With the Aid of Radio
acr.ive Tracers (Issiedovaniye diifuzii sery ~.,- metall s pomoshch'vu
radionktivriykii indikatorov)
PERIODICAL: Byul. nauchno-tekhn. inform. Vses. n. -;. trabnyy in t IQ58.
Nr 4-5, pp 194-198
ABSTRACT: In order to verify the hypothesis that the source of cow-amination
of -'OA steel pipes with sulfur lies in the fine FeS04 crystals remain-
ing on the surface of the pipes after pickling in H?SO an invesiioa
4 a
tion with tagged atoms was conducted. Fine FeSO c rystals contan-
ina radioactive S were applied orto specimens 1,IX25x,-)O mm of 2;~
steel which were dried and subiected to various types of heat treat
ment: Annealing (9200C, !5 min), normalization (9200 15 min; 8700,
15 min) and recrystallization (6700, 15 min), after which a laver b~
layer determination of the radioactivitv of the specimens was performed,
It is established that the diffusion of S during annealing 020o) occurs to
Card 1 /1 a depth of 0. 17 mm and upon recrystallization (6700) to 0,04 mm. T F

VOLOSITO, D.M., inzh.; KALINKINP., Z.M., inzh.; SHCHESINO, L.P., inzh.
norrosion of ' p-)rators in sugar refineries. Biul.nauch.-
pipes in eva
15P 't 1j:1)
tekh.inform.VNITI no 4/5:143-15) 5. (MIR,
(Pine, Steel--~orrosion)
(Sugar manufacturp--Equipment and sup lies)
v - I Y,

70LOSFY0, D.N., inzh,,: CHIZIf, Y.A., i-izh.,, I r'., inzh.
U.qinjf radioacLAw.. trat2or.5 Ln Ifur diffusion in
15e
metalri. Biul.nauct).-to)kh,lnl'ot,in.Vt)ITI no 105 194-198 -
(MIRA 1~:1)
(Radioactive tracers--Industrial applications)
(Metals--Testing)

GAS1K 9M.I.; SHCHESNO-2 -L.P.; KIIITRIK, S.I.
Corrosion resistance of stainless chromium-nickel step' made with
the use of various brands of ferrochromium. Izv. vya. ucheb. zav.;
chern. met. 6 no.11:79-87 163. (MIRA 170)
1. Dnepropetrovskiy metallurgicheskiy institut.

SHCIESNOI L.P.; CHEMADUROVA, Ye.Yu.; YAKOVLEVA, G.N.; BRECRKEVICH9 V.V.
Methods of determining re2istance to intercrystallite corrosion
of electrically welded pipes. Avtom. svar. 16 no.7:90-94 Jl 163.
(MIRA 16:8)
1. Ukrainskiy nauchno-issledovatel'skiy trubnyy institut.
(Pipe, Steel-Corrosion)
(Steel, Stainless-Corrosion)

of b'.~nics (---'L-',47 stcel
vc!.-',11:~f (..r, the ton,: on.,
corros-ion of ;jt.nel in Hot rollold' clod llrolzv. trub nc.10:
IW~10') 163. 1 17:10)

L 43085-66 EWP Q) /EWP W IV.4T (m) /Tt,*,/j F %',- " --.-) ":'F- --: , jP (c)
ACC 1,a: AR6014377 ( Nl--, ) SOUACE CODE: TjR/0137/65/000/01-1/DO34/DC34
R~VWH/WW/DJ/JD/HW/',-,1B
AUTHORS: Shchesno.. L. P.; Shevchenko, G. A.
TITMH: Tendency of hot-pressed pi-Des made from steel of type EI847, plated with
Armco-iron, towards intercrystalline corrosion
501MCB: Ref. zh. Metallurgiya, Abs. 11D232
REF SOIRCE: Sb. Proiz-vo trub. Vyp. 15. M., Metallurglya, 1965, 90-95
TOPIC TAGS: No~w%Q-W pipe
ABSTRACT: Th tendency towards intercrystalline corrosion of (IC) of bimetallic
ured by the method of hot-pressing (HP), was investigated. Hot-
pipes, manufs t
roiled piposNmade from steel EIW served as ~ho initial experimental material in
HP experUn-ents. After machiningAhe pipes did not show any tendency towards IC
as determined by the me-t1fiod -PJ4 COST 6032-58.\ The following lubricants were used
during the HP of bisurface specimens: No, 1 - ta
'Icum and liquid glass; No. 2 -
fiber glassi4on outer surface of pipe), graphitel-idith oil (on the mandrel); No.
1 - 2 - talcum and liquid glass, after JT-3~ring Ubricant No. 2; No. 1 - 2a - tale=
and liquid glass, in addition to lubricant No. 2. Prior to the experiments, the
Card 1/2 UDC:-.621.774-001

L 27475-66 EdT(m)/T/EWP(t) IJP(c) JD/Hw
ACC NRs AP6015626 (K) SOURCE CODE: UR/0413/66/000/009/0033/0033
INVENTOR: Shchesno, L. P.; Goncharevskiy, M. S.; Tsvetun, A. S.; Shapiro, A.;.
Brechkevicli-,' V. V.
ORG: none
TITLE:. Method of heat treatment of stainless steel tuues. Cla6s 18, No. 181144
SOURCE: Izobreteniya, promyshl
ennyye obraztsy, tovarnyye znaki, no. 9,,1966, 33
TOPIC TAGS: steel, stainless steel, steel tube, steel corrosion, :'iritergranular
corrosion, corrosion prevention
ABSTRACT: This Author Certificate introduces a method of heat treatment of stainless-
steel tubes. The tubes are vacuum annealed to decakburiW, the surface layer. Prioi-
to vacuum annealing, an oxide film is formed on the tube surfaces by annealing in air
at approx. 800C for 10-15 min to prevent intergranular corrosion. [ND]
SUB CODE: 13/ SUBM DATE: 29jan63/ ATD PRESS:
Card 1/1 UDC., 621.785.345

SHCBESNO, T.Yu.
The contribution of A.O.Fiotrovskii and A.A.Zengirsev in the field
of the biochemistry of carbohydrate metabolism in the muscles.
Biokhimiia 19 no.1:111-115 Ja-T 154. (MLRA 7:3)
1. Kafedra biokhimii Dnepropetrovskogo meditsinskogo instituta.
(Muscle) (Carbohydrate metabolism) (Piotrovskii, Anton
Osi-oovich. 1827- ) (Zengireev, Appolinarli Alekseevich, 1852-1881)

ACCESSION NR: AP4014378
S/030a/64/036/oo:L/oo52/bo58
AUTHOR: Shchesno, T. Yu.
TITLE: Effect of fatigue-producing work on the amount of nucleic acids and
other phosphorus compounds in functionally different rabbit muscles
SOURCE: Ukrayinslkv*y biokhimichny*y zhurnal,, v. 36, no. 1, 1964, 52-58
TOPIC TAGS: physiology, phosphorus compounds,. muscles,, white muscles, red muscle4'
nucleic acids, RNA, DNA, phospholipid, muscle fatigue, acid-soluble phosphate
ABSTIMT: It was established in experiments on rabbits that fatigue-producing
iork affects differently the pbosphorus-compound content of tunctionally different~
-muscles, i. e., white and red muscles. Red muscles have a higher nucleic acid
content than white muscles. Fatigue-producing work lowered the level of nucleic
acids in both types of muscle because of a reduction of the amount of MA, while
the D'Dlk content did not change. The extent of reduction of the RNA content was
more pronounced in white muscles'than in red =scles.'.Presumably the higher
nucleic-acid content of rad muscles and the more sparing use of MM by them is
Card. - 1/?

ACCESSION
NR. A?4ol4378
associated with the higher capacity for work and lower.-susceptibility to fatigue
of these muscles. Small differences in the total P. acid-soluble phosphates,
and phospholipid content-of red muscles as compared wiUf white muscles were also
observed after fatigue-producting work: the P and acid-soluble phosphate content
decreased as a result of fatigue to a greater extent in red muscles than vhite
muscles, while the phospholipid content remained unchanged in red muscles and
increased in the majority of cases in white muscles. Orig. art. has 3 tables.
A.S,cOCTATION: Kafedra Biokhimii Dnepropetrovskogo Meditsinskogo Listituta
(Chair of Biochemistry, Dnepropetrovsk Medical Institute)
SUB14ITTED: 27Apr63 DATE ACQ: 14Feb64 EDTCL: 00
SUB CODE: AM NO REF SOV: 011 07=: 004
CWd

~;004CZI CODI":
A. D.; b0carhovich, .-K. F.; Hqnzon. M.
A. A.; �~C110'snoLr-- 'Yu.; Zubonko,_I--P.
-"Lochoniical chan-os in muscles of dogs following amputation and roplaAtajj~pn
SOURCEE: R.Of. zh. Biolo-1ya, Part !I, As. W232
SGURC-7: -"-. 1-jo 11,osk. e.3d. in-ta, v. 42, 1965, 135-141
t
T3.1:~; IIIAGS: do~;, LIssuo transplant, musclo ;~hysioloGy, desoxyribonucleic acid.
r.--onucloic acid, phosphorylation, organic phosphorus compound
;'.-.;S7IACT: a,,crom4 vios o IL do.-s wore amputated and kopt at room tomperature for I to
oi- on ice for 2 to 24 hrs. in 1 to 2 hrs nitrogen as well as phosphorus
d1so~-dorz; appoarad in tl,-,o muscles. Phosphocreatino and ATF level:; docroased~
-~.ca;itly, and inorganic phosphorus and wator soluble protoin lovols: increased
~- C. a'foctin- I action ratios during tho first hour; in 2 hrs the myogen level
.i -oul A . Lr
'decreased. Cianoos of phosphorus compound levels wore similar in extromitios kopt on
lccj for 2ars; levels of water soluble proteins and their myogenic fraction increasod
,and thoir ]~iosp%orylaso fraction decreased. Twenty-four hour cooling led to the same
.changes. Phosphocreatine and CIP were almost completely broken down* Nucleic acid
Card 1/2 UDCL_X-ti~~

7,1 2 -67
ACC NR; ,,Moz8qoq
G
~c;vois docroasad significantly and the level of inorganic phosphorus increased
conz.cloi-ably. In 1-, nos. the general levels of inorganic phosphorus, phosphocreatine,
in %
A.?, -.-tor solublo proteins, myosin and collagen decreased 'he replanted extremity
RNA and DNA levels ro3o. In a year the general levels of nucleic acids,
-%::A, D"A, water soluble proteins and their fractions wore normalized. Fhosphorus
I')OU-..ds, particularly phosp1hocroatine, ATIP and inorganic phosphorus, were poorly
rC5*LO!'C"O LI 5 to 7 yrs the levels of nucloic acids, water soluble proteins and
Z.- oi-,;anic p1hosylaorus fractions wore completely restored in the extremity muscles;
A U
colla~;an and myosin levels wore partially restored. Phosphocreatine, AT? and general
-'..-'osp:,.o-.us levels remained considerably reduced compared to norms. Extremities k2pt
,at room temperature for 2 hra failed to &carets, N, 5, ffkanslation of abstrac&/,
SUB CODE; 06
Cord

20230
13;!,16 1/cloo ,C0 CGJ a, 1,012
ACo6/'AlOl
Shch~ancv_, _.D.-S., Engineer
AHLt -:D (Br,AM-s 9-2) Bronze wi th AMLt (.km
A 1 m A 1 y
pER --- 7 prciz%rcd3~-,r,-. 1961, -qo, 4, ~P. 30 - -31
made at ~-he 1~bcra-:ry of a-_;tomat1rg te_-~Lnoicwlcal
pr::es~_es at 1PN_'7_EZrQ have shc~m in welding bronze with
aiumin-:irr, alloys, ccndi-i=5 as-suring -,he fr-rmation of high-quality ~Clnt_= depend
on flash-ing wi,:h ~_on_=i'derabl~_- plas-,!.2 dEficrmation, and Sub-sequent up-
S e t i r iz of 16 and 26 mrn diameter anai 2~5 - _3 inm wall th_ickness were flash-
,e 4 =,,' Sza
cn (MSKN1_!5C,- mact-,ne W,_*~h pn=_-_,.mo_hydra-.i11_a drive, Basic welding p -
m e - ~_ r arA S,_,ien in :~Cc.e I - ih~ -,r,=_an f IaShing s-peed Ehouid I.-, all cases be n_~,f
ce~._-w 10 - !2 mm../Se__-; ~t~e_ incre-men- of 'he flashi_ng speed -from zerc, to, the u.- er
A here
'Imi~ nr_-r, te condl-!~-~ed according parabolic law t;Fig. 1) V = K , t5/4, V.,
Z I.he !nS-1an1,ane:-ue f'La_zh_'ng -ra-.e, Y i_~- coeffinient (in the experimsn-ts
1;' ) an J ~ ! E *, I i = f _.*L a S h Ln g t 41 -. r, e ,Mer-han--cal tes-s made with the welded jcin'
glven In -,atle 2, Metallographical exaniinaticns

2023C)
Flazah Eu~t Wel:iing of -5p -AMu 9-2 1,Br. AMT~s 9-2) Bronze w1th AM,, (AMtI-S) Al--imin-
,-;m Allr~y
pr-:%ved the high quailty of weld joints. An editorial note says that ~he present
4nv=t~'~iga~.Ir.n Jce-.'; not show the effect of EtIckIng of aluminum particles Gn
cr--~nze and on thz resistance of The joints which, acccrdi-ng to Z!-~ ex-
per,le-n--e, .s degraded, There are 2 ..abies and 4 f IgureS
IIN ! 1ESO
Tabl-e 1~
3/135/61 '7000/004/009/'012
A006./A101
Welding c3ndition-s
Parameter vaiues
for 16 mm diqm,
tubingz
for 26 mm diarp
!ubings
Wall -hickries-~ of tubing in mm 2
S,~-,:-Ion surfa,-.e cf tubings in imi
Se -- :~m--Iary v--.-I I.aga in v
--rren*' in amr
'-D .5
i0rL
a
76C0
3-0
2 16
90ce
Car~, 2/4

20230
s/135/61/000/004/009/012
A006/A101
Flash Butt Welding of ~
ANL,, 9-2 (Br. AMts 9-2) Bronze withAM" (AMts) Alumin.
P
um Alloy
Table 1 continued:
Upsetti~ current in amp 25300 35300
Density of flashing current in amp/mm2 71 41.3
Density of upsetting current in amp/mm 238 162
Total setting length in mm 22 24
Total flashing magnitude in mm 18 18
Total upset magnitude in mm 4 6
Flashing time in see 1.5 1.8
Upsetting time in see 0.02 0.0-3
Mlean flashing speed in-MM/see 12 10
Upsetting speed In mm/sec 200 200
Upsetting force in kg 2120 48oo
Specific upsetting pressure in kg/mm2 20 22
Specific upsetting power in kvam~/rrvn2 0.52 o.48
Card 3/ 4

20230
8/135/61/000/00~/009/012
A006/A101
IFlash Butt Welding of Bp AMu,9-2 .(Br.AMts 9-2) Bronze with AM %A (AMts) Aluminum
Alloy .v
U9
ILIV Table 21
Figure 1; Pahtigall
Graph of flashing
speed changes in
Ba
welding r
1 oaprmw
U tcex Z
POC. L rP9eA%K 03MCIfe"SIS

E
1 n &I
ja.
5
;
1100 740Z
ZL. . U
CKOPOCTC11 OnAAnAeHH9 0 j1po- T 5 E_
Ltecce caspxx. .
a) specimens; b) Bending angle in CnqaB AMit 180 2 17*
degrees; c) Number of bendings; UapHafl o6pa-
d) Breaking*force in kg; e) Ulti- 3eLt AHBUeTPOM

mate strength of weld joint.in kg 16 ww . . . . 180 2 1320-1350 12,5-12,7 AMu 10-

/MM 2; f) location of fracture; g 3 coapHoll OOPB-
MR AMSMeTPOU
number of specimens tested. I-AM 26 mm . -. . .
1 180 2 2300-24001 10.6-11.0 AMa 10
ts alloy; 2-welded specimen of 16
n P H M t -1 R 11 H e. P23pywenme caapnux o6pnnois np outiomuo no
-welded specimen c
mm in diameter; 3 ocitonnomy ue=uy. * TsdAiNume mumme.
.
of 26 mm diameter. Remark: Fracture of the welded specimens occured in the base
Card 4/4 metal. *) Specification data

-'35/64/000/006/0015/0016
ACCESSION N-R: AP401.0697 S/O.L
AUT.-MS: Shchotanov, D. 1'. (Engrinoor); Mdftakhov, R. Sh. (Engineer)
T-L"ILE": Butt uoldina of thin AXOM pipes by the flashing off technique
SQ'tj_.i'C_": Svarochnoyo proi-vodstvo, no. 6, (630), 1964, 15-16
TOPIC TAGS: weldinc-, but. woldingf, aluminum alloy PI-193M, thin wall~pipo, forging
a'uminLui oxide
A-337LFACT: The application of fusion tochn 4quo to 'he butt-we'd-ing of thin-walled
aiuminu;m pipes was studied to determine 'the optiml conditions and to prevent
formation of oxides. Forging pressures of 27-30 Icg/M2 were used for the expulsion
of oxidized metal from *the welds. Good results were obtained when the butt-welded
A!~-,3114 pipes wore of different . wall-thickness: 40 x 1; 41 x 2; 42 x 2 mm. Further
i:mprovement was achieved with the use of separate current lines for the upper
and lower electrodes; the current density was 200-300 amp MM . With this tech-:
nique it is possible to weld together thin-i-ralled pipes with thicknoss-O.D ratios
up to 1:50 and higher. Sample strips cut off the welded connections were tested.
The tensile test showed that failure occured in the basic metal outside the thermal,
,affect zone of welding. According to metallographic analyses the butt-welded
Cord 1/2

-C
ACCESSSION "J'R: AP4040697
structures were uniform in structure and free of inclusions or oxide films. They
differed from the basic metal only in some deformation of the fiber, caused by
forging. This had no appreciable effect on their strength. Orig. art. has: 2
llgures.
ASSOCIATION: none
SUBMITTED: 00
ENCL: 00
SUB CODE. 101 NO RZF SOV: 000 OTIER: 000
Card 2/~

L 34951-65 EPA (s)-~2/EOiT(m)/EWA(d)/EWP(v)/T/EVjP(t)/EWP(k)/EWP(b)/EWA(c) Pf-4'
MJW1JD11iM1i_F,W.
ACCESSION Olj~j65'/000/003/0021!0029'~!
iAUTHOR: Shchetafibv, D. P. (Engineer)-
TITLE.- Flash welding of titanium-alloy pipes 16
SOURCE: Svarochnoye proizvodstvo, no. 3, 1965, 21-22
TOPIC TAGS:' titanium alloy tube, thin waUed pipe, pipe:.welding, flash
1
weld metal structure, weld metal strengtb, basic-welding parameter
ABSTRACT: High-quality butt joints between M VT21 OT4-.and:VT
5-1 titanium-41loy.:
Itubes with a wall thickness of 1.0-1.5 mm 1iere.ob_taine=d.::_&y flas-hvelding- with:
rigidly timed internal and external. argon shielding.- _ The internal- shielding -vas.-,-
,effected by the flow of argon fed at a pressure of 0.O.5-0i0T-.0#-through the
lend of one of the tubes; the,argon flow begins at the, moment the pipes-awbe. . claspe,d.-~~
land stops at the beginning of upsetting.
On. the outside, t e - ideld., and its, vicinii~r~
'exe shielded by argon flowing at a pres .sure of 0.03 atm thro ugh.holes drilled in th-&-.1
Iclamp jaws; in this -case, the argon flow begins with the beginning of. flashing a6d-,_1
istops after the upsetting is complet-ed. Welding of VTl titanium tubes 26 Mm.-in
!diameter takes 1.6..sec and requires 0. 28 t of argon per joint: Compared with -4 s eic ~.;I
!
0and 6.66 t in TIG welding. The tubes with a 1:26 ratio of the outside diameter t~~
Card 1/2

NEKRASOV, B~M.; 14IRKINY A.M~; FAYGMIBAUM, D.S,;_-9MHE=OV-y-P.T.
Automatic line for the assembly and welding of standard troughs
for the SKR-ll scraper-conveyers. Avtom.svar. 14 n0.7:71-78 J1 161.
OMA 14:7)
1. Vsesoyuznyy nauchno-issledovatel'skiy institut elektrosvarochnogo
obarudovaniya.
(C�nveying machinery~-Welding) (Welding-Equipment and supplies)

SHCHKAWK,P.
Centralized transDort of freight is being extended in Stalino
Province. Avt.transp-33 no.8zl4-15 Ag'55- (MLRA 8:12)
(Stalino Province-Transportation, Automotive)

SMMILIN, A., izobretatel'
Ionization chamber in a match box. lzobrA rats no.10:12
o t62. (14IRA 15:9)
(Ionization chambers)

SHCHETIUN, A., .4nzh.
Small-sized ionizer and negative ion counter. Radio no.11:47-49 N
163. (KRA 16:12)

S/031/6o/0oo/O1i/007/008
25173 A161/Ai
-27 _33
AU'.HORS: Tleuli-n, S. D., Shchetilin, A. p., lrdiayrushev, Ye. A,
TITLE: Pin tube electromyograph
PER:ODICAL: Akademiya nauk Kazakhskoy SSR, Vestnik, no. 11, 1960, io4 - 1o6
.MT.: The subject myogrd~h has been developed at the Instilkut krayevoy
patologii AN KazSSR (Institute of Regional Pathology of ttie Academy of Sciences
of the KazSSR)'because of the absence of modern myographs on the market, The
new features in it are the pin tube amplifier for.measurements of biological cur-
rent-s, ard electronic voltage stabilizers (Fig, I and 2). Actually, the amplifier
had been designed by V. A. Kozhevnikov and,,V. I. Siroko of the Institut fiziologii
im. T. P. Pavlova AN SSSR (T stitute of Physiology imeni I, P. Pavlov of the AS US
In
SR) who used the system.of 4. M. Andrew and of G. Ele-in (both of 1955, the names
are given In original t~glish and_German) with octal ("oktal'nyye") base tribes.
n th
T 1 e-new-amplifier these are replaced by pin-type base tubes ("pal'ohikovyye").
The tubes are operating from a 110 - 220 v network (can also work from a storage
battusr~i). The balanced system permits recording without screening off the room
from the common interference sources like electric lighting bulbs, CH 250 (SN250)
Card 1/0,

25173 S/031/60/000/0 11/007/008
Pin t--:be electromyograph A161/A133
voltage stabilizer, etc. The amplification factor (from input. to electron-ray
tabe) is about 1,000,000;- the sensitiviti (input-photo film) 10 /LLv in 1 mm;
the frequency band amplified without frequency and amplitude distortions is I
2000 cycles. The principle of the system had been described in 1957 by Kczhevnikov
and_Siroki-,, therefore only the new features are mentioned in the article. The
four amplifier cascades (Fig. 1) include 6-H2 n (6N2P) pin base zubes. Local
-i~ga'14ve feedback between -he I and II cascades could be used in view of the high
amplifi~-'at.4_on reserve, and the.zero line drift and the interference level are re-
dicpd to minimum. The total resistance in the cathode of the first cascade tube
(negative feedback for symmetrical signals)-is high, due to the JI (L~), a 6An
(6K4P) t7jbe used. The ampLifier is assembled on a pleyiglas frame ~for it was not
pi3sibla to use a metal panel because of interferences), and the frame is fixed
on foam T-ubber dampers. The parts of the amplifier are of standard pattern but
caref~Aly selected. The tube anodes are supplied from stabilized rectifiers, The
voltage stabilizers (Fig. 2) are-assembled in a combination compensa-
and parametric system the principle of which had been described in litera -
'.;rE in 1957 by I. G. Gol'dreyer (Russian name) and in 1941 by 1. E. Miller (Eng-
lig~- spelling). The reference voltages are removed from the cr2C (SG2S) ania 85A
2 (85Ar'_) &tabiliv-olts and fed -to the grtds of the left halves of the J13 and J14
Card 2/6 J

25173
Pin tube electromyograph
3/031/60/000/011/007/008
Ai6l/Ai33
tubes of 6 'L49 (6N9) type working as cathode followers. The right halves -of these
tubes are amplifying tile output voltage from the devider (R,,, R141 Rj~, RIO.
The second cascades are also aSsembled on 6N9 tubesand are lorking s ilarly
as cathode follower aiid amolifier (,-/ ~a ) The .11 and J78 tubes are the ser-m
elements in the system. The rectifieK aA Of 'the sJndard t~~pe, with P -shaped
filters. The variable component of stabilized voltage on the stabilizer's output
does,not exceed 0.2 mv. The record from the electron-ray tube of W1037 (131037)
type is taken by a photo-recorder similar- to the Fedorovskiyls recordei~, but, with,
a,q,4r -i (DAG-1) motor for pulling the film with 80 and 120 mm/:~ec speed. 'the
commutator of the myograph has a built-in ohmmeter for measuring the resistance
between the electrodes an lied to the muscle surface,-.a voltmeter for watching
the supply voltage, an input voltage calibrator, and two switches. The recording
electrodes are made from stannium and lead, 0.5 cm in diameter, spaced 2 cm;
held in plexiglas holders. The grounding electrode is of standard execution
from a cardiograph. The authors express their gratitude to Senior Laboratory
worker F, G. Trusov who participated in the development of the myograph. There.
are 2 figures.
Card 3/6

S/058/62/0 C)%/130/136
A062/A101
A," 1-~OR Shchetilin, A. P.
Portable direct reading ion ccunter
PERIODICAL Refera-tivnyy zhurnal, Fizika, no. 6, 1962, 25 - 26, abstract
6-3-50 shch ("Mashinostr. i energ. Kazakhsta-na, Nauohno-tekhn. sb.'I
196!, no, 4 (14) 1-0 - 26)
TsaT Methods of measuring the ion concentration in the atmospheric air
jiagrams of various types of ion counter indicators are described. The ion
ccunLer is shaped as a cylinder having an external cylindrical coating and an
measuring electrode. The applied amplifier must h4ve an wiplification
:,-,k-ffi.c1ent x 107 with an input resistance jol3 - jo14 ohm. To increase
Ln- nput resistance, it is necessary to employ a complex device for converting
-1 ~ - --1 -c.
1_ , into a,-c., amplifying it and then reconverting it into d. A more simple
diagram is developed making use of a one-tube amplifier with a miniature double
-tr-!Dde 2'4211 (2E2P) connected according to the bridge balance circuit. In the
f-0.12oi,ting stage a transistor amplifier is used. The ionometer has the following
!7,it'd 1/2

S/058/62/000/006/130/136
PQH.-tIj'r- direct rc-ading ion counter A06 21A 10 1
number of recorded ions 500 - '4,000,000; volume
5p;-.~A of sut-kel air '-00 cm3/sec; mobility of the measuredions 1.1 0.1
drift, of f~.he zero for I hour operation not more tnan 2% of the upper
mea-~,-iremsnts.
V. M.
noted, Complete translation]
-d 12
a:

40081
S/263/62/000/010/012/013
4(
, ~ 1028/1250
AUTHOR. Shchetilin,
TITLE Portable direct-reading ionic counter
PERIODICAL- Referativnyy zhurnal otdel'nyy vypusk.32. fzmeritel'naya tekhnika, no. 10, 1962, 59-60,,
abstract 32.10.439. "Mashinostr. i energ. Kazakhstana. Nauchno-tekhn. sb.", no. 4 1961,
(14). 16-26
TEXT The paper describes a direct-reading portable ionic counter for the measurement of the mobilityand
concentration of ions of both polarities, developed atthe Institute of Regional Pathology and of the ANKazSSR.
Ionized air is sent by means of a ventilator across a cylindrical capacitor having an external cylindcr-plate
and an internal measuring electrode. A constant voltage, of magnitude dependent on the mobility of the
ions. is supplied to the external plate. An electrostatic charge, equal and opposite to the charge of the plate,
is then induced on the measuring electrode. When ionized air is sent through the capacitor, ions of a selected
mobility precipitate on the measuring electrode. A sensitive voltmeter, graduaied in ions, and connected to
a high ohmic resistance, permits a direct reading on the scale. The circuit of the tube voltmeter consists of an
electrometric double miniature tetrode 231712 (2E2P) connected according to the bridge balance circuit. The
vacuum resistance in glass balloons of the KBM (KVM) type of 1012f) is used as a high resistance and
flM (I-M) (or NI-24) microarnmeter with scale (0-50).10-6 a serves as an indicator. The use of a rougher
Card 1/2

YEKIN, A.A.; 3IIGT!!'.TILINp A.P.; NENASIIEV, tl.v.
Small-.x~Lle electric current feeding device to an electrostELtic
precir'-"zitor. Trudy Inst. gor, dela All Kazakh.&SR 12:164-171
163. (MIRA 17s8)

,T
K,MN, A.,,,%.; f I -Pl, No Ve ; -A ol~ .
Me Llw~cia of dat+.-rtdnir4 tha diaparaing composition of dropa
of apraying waWr. Trudy Inat, gor, dela M Kmakh~55R 121
172-177 163, (KIRA l7t8)

It

/P1 6/00
SOV/180-59-5-11M
AUTHORS: Chaporova, I.N,,_and Shchetilina, Ye.A- (Moscow)
-'--A-~ino~lt I
TITLE: Solubility of Tungsten Carbide nd Nicke
PERIODICAL. Izvestiya Akademii nauk SSSR,Otdeleniye tekhnicheskikh
nauk, Metallurgiya i toplivo, 1959,Nr 5, pp 91-96 (USSR)
ABSTRACT: The author mentions the diversity of published opinions
on the solibility limits of tungsten carbide WC in
cobalt and nickel (Refs 1-8). The object of the present
work was the more precise determination of the
solubility in cobalt compared with that in nickel and
the study of some of the properties of the solid
solutions formed. Alloys were prepgred from tungsten-
carbide, cobalt and nickel powde sj~(Table 1). For
solubility determinations mixtures of cobalt with 2, 1+7
61 109 12, 157 18 and 20 weight % WC and of nickel with
61 157 18 and 20 weight % WC were prepared. Compacted
cylinders 18 mm in diameter covered in graphite
parti.cles were reduced in a hydrogen stream at 700-8000C
for"5 hours. Alloys were prepared by fusion and
Card sintering for 1-2 hours at 1200-11+50 OG in a laboratory
1/3 vacuum furnace, followed by cooling in the furnace at
about 200-300 OC per minute to 700-800 OC.

67802
SOV/180-59-5-14/37
Solubility of Tungsten Carbide in Cobalt and Nickel
Carburizing (to make good the C-deficiency of the WC
preparation) sintering of specimens at 1250-1450 OC was
effected in a current of hydrogen in contact with
carbonaceous material. Microstructural investigation
showed that the WC-Co alloys with under 12% WC contain
a single phase (Fig 1) and those with over 12%, two
(Fig 2). Carburi4ing treatment led to the appearance of
lamellar gra hiteVinclusions (2, 4 and 6% WC) and also
(10) 12, 15--a-nd-18% WC) a WC phase in a eutectic.
Rapid cooling in water gave a WC + Co-phase + C eutectic
at grain boundaries (Fig 3); cooling in the furnace gave
the corresponding two binary eutectics. The author
concludes that with excess carbon the solubility of WC
in cobalt at the eutectic temperatures does not exceed
10 wei ht %. The authors' previous work (at VNIITS in
1954-59) indicates (Fig 4a) that a higher solubility is
obtained w1th lower carbon contents. For the nickel
Card alloys prepared by vacuum sintering at 1200-1425 OC rapid
2/3 quenching was adopted. Fig 5 shows the absence of WC-
phaseparticles and the presence of carbon inclusions in
the 1% WC alloy vacuum melted at 1380 OC. Fig 6 shows

5_67802
SOV/180-59- 14/37
Solubility of Tungsten Carbide in Cobalt and Nickel
individual crystals of WO and nickel-graphite eutectic
in the 18% alloy vacuum melted at 1350 OC. In 15% alloys
obtained under carburizing conditions no WC phase-vas
detected. The authors conclude that the limiting
solubility of WC in nickel in the presence of structurally
free carbon is about 15 wt %. The results of X-ray
investigation (including lattice-parameter determinations
of cobalt) of WC-Co alloys are given in Table 2; they
confirm those of microscopic examinations of the same
samples. Fig 7 shows the lattice parameter of nickel in
relation to the WC-co tent, the value rising from 3.517
for pure Ni to 3.545 1 for melted 20% WC alloy. Here too
X-ray results confirm those of microscopic investigation.
Microhardness determinations showed that with increasing
WC-content and especially after the appearance of the WC-
phase the microhardness rises. Fig 8 shows. the micro-
Card hardness vs WC-content for nickel; this was always less
3/3 than that of the cobalt-base alloys.
There are 8 figures, 2 tables and 8 references, of which
2 are Soviet, 5 English and I German.
SUBMITTED: May 22, 1959

SOV/129,-59-6-5/15
AUTHORS: Shchetilina and
and. e4,::-h . S,~ J-)
TITLE: Intera~3tion of Carbide witn Cobalt
V z a j. m c d e Y sv i Y- e ka r'b i d. a n i r) ',*. i Ya s I r-cj b a 1t o m
PER N D IGAL Me"al -1 u clen J-Y* --- j. t'a --m i ch i--~ s kaya v) ti-rabc ka me tal If-,r
1959, Nr pp 19-2-3 (+ 2 platesl/ (USSR)
ABSTRACT: For investigafting h~2c Syst-~-Ln Nj.i-bi-,vn Carbide - Goltalt,
0
':he specimens wore prndu,~ed by powder metuall-urgy
11
-E~th,Das frcm niobl-am ~arbid,(-.~ and -,ckalt.
Tlie --hemical analyses of ma-tarials a7:e ai-nre-red in
Table 1, page 1~i. Tha specim-Ems we.:-e pla--)i~,-!. ."M
Put I to graphJte (dishes
xid:am -which. 7-rere TL J-
and heated lox- L*-,~-o hours -'-250~ 1300; 1320, 1--'40.
aml 1 +00 IC -k-:y i-apikdl. cooling
(harderdngo in tl--~e vrefrig2ra",--,--,s) -of tl-.e
furrl~,2,:-. L"le s7jec-i'mans sinte~:-eld at. 1225, !-'4+5'0 and
d-550 Oc and dii-Li-g 1,1-Le f;estS l-,-,mperatu7,*a wqt~
ai2t0matl*--,al-l-Y :,I- am + 5-,". D~--ta or-, the
state of t-he spc-34-m-1;,~ns after sir-,terin.- zvntl :L~;-:-sults
z: '- -!_,) of sonia are
Cardl/3 a s
e 2 0 FLOS
entez,ed in Taji:p,

Interaction of Niobium Carbide with Cobalt SOV/129-59,-6-5/15
microstructure photographs are reproduced of cobalt
with various percentages of NbC. In Fig 4 the
dependence is graphed of the linear shrinkage of the
investigated alloys on the sintering temperature. In
Fig 5 the dependence is graphed of the linear shrinkage
as a function of the carbide content for the sintering
temperatures 1250 - 1235 OC. In Fig 6 an approximate
diagram of state of the system NbC-Co is reproduced,
which is based on the data derived from the here-
described investigations. On the basis of the data
of the metallographic investigations and measurement
of the shrinkage of the speeimens during sintering, it
was established that the eutectic appears for a NbC
content of about 0.5 mol %. Consequently it can be
assumed IChat the solubility of niobium. carbide in
cobalt at the fasion temperature of the eutectic does
not exceed 0.5 mol %. This was also confirmed by
X-ray data; the lattice parameters of pure cobalt and
of the cobalt phase in the alloys containing 0.5 - 3
mol % NbC did not differ. Comparing the here-given
Card2/3 data on the system NbC-Co with results of investigations

Interaction of Niobium Carbide with Cobalt SOV/129-59-6-5/15
of the system TiC-Co published earlier (Ref 6), an
anology -an be observed between the interaction of
niobium. carbides and of titanium with cobalt: both
systems are eutectic. in character, the maxi
solubility in the solid state is approximately the same
in both cases and the fusion temperatures and the
composition of the eutectics also did not differ
greatly.
There are 6 figures,, 3 tables and 6 references~ 5 of-
which are Soviet; and 1 English.
ASSOCIATIONS, Vsesoyuznyy nauchno-issledovatel'-Qkiy institut*
tverdyRh splavov (All-.Union Scientific Research
Institute for Fjq-7-_-
Card3/3

A006/AIOI
-haporova. I. N., Shch~etilina, Ye. A.. Serebrova, S. I
On the effect. of the composition of carburizing phases on som,=
mechE_-nical properties of cermet !,.rC-Co and I-IC-Ni sintered carbides
Referativnyy zhurnal, Mletallurgiya, no. 2, 1062, 33, abstract 2G263
("Sb. tr. Vses- n.-i. in-t tverdykh splavov", 1960, no. 2, 90-10h)
7 X il The authors studied the effect of the cooling rate on the composit"Jor.
of ~-_rburizing phases and the mechnnical properties of WC carbides with 10 and
):J."" I.o or Ni. differing by 'the C content. The C content varied depending on
the initial composition of the charge and sintering conditions (filling, atmos-
phere). Slowly cooled carbides with 10% Co, independent of the C content,
showed in all the experiments higher E~&i than rapidly cooled carbides. Carbides
with 30% Co showed on the contrary higher strength in rapid rather than- in
slow cooling. Changes in hardness Hv of WC-Co and WC-Ni carbides cooled at
various rates, were not revealed. WC-Ni carbides are less hard and durable
than WC--.o carbides of an anologous composition. This difference is caused by
different properties of pure metals and solid solutions of their base. No
,-.ard 1,12

S/180/61/000/001/011/015
E021/E4o6
AUTHORS: Chaporova, I.N. and Shchetilina, Ye.A. (Moscow)
TITLE: The Limits of the Single-Phase and Two-Phase Regions
in the Tungsten-Carbon-Cobalt and Tungsten-Carbon-
Nickel Systems'r/
-7--17
PERIODICAL: Izvestiya Akademii nauk SSSR, Otdeleniye tekhnicheskikh
nauk, Metallurgiya i toplivo, 1961, No.1, pp.126-132
TEXT: Results of studies of the limits of the single phase
(Co or Ni) and two-phase (Co phase + WC or4Ni phase + WC) regions
are given. Alloys were made from powders ,of tungsten carbide,
cobalt-, nickel, and tungsten. All the samples after pressing were
sintered at 650 to 7000C in.a current of hydrogen. The alloys
were further sintered in a laboratory vacuum furnace at temperatures
of 14oo to 14500C. Metallographic analysis was carried out.
Alloys in the ternary 1q-C-Co system containing 4 to 28 wt.% W and
0.1 to 1.72% C were studied. Alloys containing o.1 to o.61% c
and 9.39 to 24.9% lir were single-phased (Fig.1) with the
exception of the alloy containing 0.35% C and 19.65% W where
traces of a eutectic in the cobalt solid solution boundaries were
noted. With increase in carbon content, the solubility of
Card l/ 6

The Limits Of tile Sin 180'/61/0C)0/001/011/015
,gle-11hase 1:0" ~lo6
geometric line Ni-VC. Traces Of 91. f).h--lse werf, detected in
samples containing 30% Ni and 5.11% C s WC ) . The alloy
containing 150% Ni had tr-Ices Of 91 when 5.88% C ~as WC) was
present. The boundary between the 2-11hase 0%TC + Ni) and the
3-phase (WC + Ni + ql) in the case of the alloy containing 10% ILjj
was at a C content (as WC) of 6.04 to 6.10c"" Some magnetic -
measurements were also made. These confirmed the meta llographic
analysis. There are 4 figures, 7 tables and 5 references:
I Soviet and 4 non-Soviet.
SUBMITTED: June. 15, 196c
- V/
Card 3/6
/611000/005 sr'04) lillsstelv
$I 1b 0 1-5 5 oko t
of
c'Y
6 5110 tyle t CIO al
qcad' C' e 51 - t
G
ale 51
otd, 110 'Pro
Ora ro of 9,1va, Cxef i 1.11
C',.Isso ass O-Da, I't1 oil- 515SVL 19 rol'I Wto re WTA
, G ar 0 . ed6 -we
'Pr C C, laally~ jVf 0 1 &.'~ '4as lJols 151 cj~to
,,y,e . de 'h OL . A. V st-4 -%01 Cxef
rib *'3.t cxeval. t 0 5t'Ir 6 9L tores
.I. gal t1v - t
kA3 9, NOL SVIIL d6 '13~ of
a.1101 r i~%t% V ell
i.-Y 9L 11"r teoy e 06'a OjjS _oyer of-
.0te 0-f itfe
t-_%T ~.Jl d6l' - ti-
17, re VLet8L is tyte era 'j'tY'6 dL%I- a at for 'oe
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DIC'NII %VIE%.'jW I cess 1- te rat 0're a6 vy tere iv~ t Se C&96-a~-t'y
r0
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terl te re ty'.
'ol'a YL
fie Ire 96 It a
e &.~- 'je 0a 0,09L
for t at I) Ibko* C, YLe I I of - TL tyLe
to d6 15-e raroo%L t. aces
t .3~-O dL %I9 fall t
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jeot co aloo r 9L oil
V'c d"'r
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skl'o ei-s 9L V ,a'9 asy orl t
Lko * rbo 11V it Se re C00
of Gal V'. 0L tecx. '9,09, for
ste re
t"icif, ,jye ter,
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01: -Ixsyl~
ty"Ir 0 1/ 5

22974
S/180/61/000/003/002/012
The process of sintering and the .... E021/E135
carbon content in the tungsten carbide of 5.47 weight % and less,
sintered at 1400 OC, have lakes of 11 phase, the size of which is
greater than or equal to that of the tungsten carbide grains. With
increasing carbon or cobalt content the 11 phase, which formed in
the solid state, can completely dissolve in the liquid and is then
reprecipitated during cooling in the form of coarse crystals.
Fast cooling from high temperatures above the liquidus can result
in a eutectic structure. With alloys containing 15 and 10% cobalt,
lakes of 11 phase were observed after s�ntering at 1450 OC with
carbon contents in the tungsten carbide of 5.88 and 5.94 weight %
respectively. With increase in carbon content, crystals of n,
similar to those in the alloy containing 30% cobalt were observed.
Further increase in carbon content in the 10% cobalt alloy
resulted in q, phase in a needle shaped or dendritic form in a
lace-like pattern. With very low carbon deficit, the 11 phase
can be precipitated at the tungsten carbide - cobalt boundary in
the alloys containing 10, 15 and sometimes 30% cobalt.
Investigations of the tungsten - carbon - nickel alloys gave
similar results. In the alloy containing 30% cobalt, a carbon
content in the tungsten carbide of 5.35 weight % or less resulted
Card 2/ 3

~) 96
2U
S/129/61/000/007/011/016
E073/E51115
AUTHORS~ Chaporova,. !,N,, Shchetill.ina-, Ye-,-A, and Serebrova, 0.1.
T'ATLE-. Influence of Additional Tempering an the Properties of
the Carbldes WC-Co
PERLODICAL: Metallovedenlye x termicheskaya obrabotka metallov,
1961, No,7. pp,44-46
TEXT, The authorj3 investigated the carbides S KL~-B (VKIkV),
. (%'K6V), j~!~ 3 " (VK8V) and F~' after heat treatment.
S K 6 Ir', -1 i 1 ki~ .
The specimens were heated in a resistance furnace for 1.5-2 hours
at 750, 500, 250 and i5O'C. The duration of soaking at the
temperi.ng temperature was 2 hours and this was followed by cooling
at a rate of Z- C/min., From each batch specimens were taken for
determining the coercive force,
.nvestigating the micrcstructure
the bending srength and for the alloy VK4V also the impact
strength, The specmens from the carb-i.des VK8V,. VK6V and VK4V
conta:ned mizrozra-ph:~'.e inclusions 3-n addItion to grains of a
tungster. ~a!-bide and -veins of the cobalt phase, The alloy VK6M
had a twe-phase composition- Granulimetrlc analysis of the
ca--bide Dha3e showed that dur--ng heat treatment (tempering at
Card !I*

~'11 LQ:'
influenue of Additzonal Tempering S/129/61/000/007/011/016
E073/E535
Varioud tempe-!ratures). the s2ze of the tungsten carbide grains
did not chang- either -~n the coarse grain carbides VK8V and vK4v,
the medl-um gz-aln carbidc- VK6V or in the fine gra-Jn carbide VK6M.
The shape of the grains of the WC phase also did not chAage,
I differencE- was observed in the coercive force values before and
N o
after temper2p, A slight increase in the bending strength (by
8 to 10 kg/mm )' was observed after tempering at 250."C. However.
temper-Ing at 300 and ?WC dxd not result in any change of the
bending strength, Taking into consideration the square errors
of the mean arithmetic value5, it can be stated that even at
250';C the influence of temp6riag is insignificant and is almost
entirely oveishad3wed by fluctuations of the average strength
values, Temp,~ring of the alloy VK6V at 250 and 5000C showed no
influence on the bending strength. In tests with a second batch
of specimens of the same alloy, an appreciable drop in the strength
was observed (by 23 and 21 kglmm2, respectively) for both
tempering temperatures. Tests of the alloy VK4V at 750, 500, 250
and 150'C revealed in all cases a very slight tendency to a drop
in the bending strength (by 6 to 13 kg/mm ) which did not exceed
Card 2/5

2L, 1 -7 --~
'?I! 1116n' P of Allditional TemperLng S/129/61 ' /000/007/011/016
E073/E535
the c' the fluctuations of' the average strength values.
';o dzrfert-nce was abserved between the impact strength values
~jf' the carbade VK4V before and after tempering, Tempering of
~h,ree different bat:hes of the :arbida vx6m -was f--rsl carried out
at 250. ;00 and ?50c'C-, In the batch tempered at 50WC, an 2
~ abte ;Lncrease in strength was observed, from 149 to 171 kgAwn
t.r,., verifying this all The thres batches wasre again tempered at
C, The strength of the specimens of both batches corresponded
io the ini-Lial azaip and for the third batch the stren.-th values
diffcr.,d fr= tl~c 4A,~t~.6.ge ones, The -,nvestigations have shown
-hai ~-,cmnering of ths caybldes VK1*V, VK6V and vK8v at 750. 500,
~;;O trid 'iO'C does n,-,t produce any appreciable change in tha
Pz- 0 p E. 7. [he in-~,estx zarb:des contain graphite inclusions
gated
and, -in rreFvn-e of' graphite, decomposition of the Co solution
-s mazie ~,as-e:r and the compcskt:.Gn r7,f the cementing phase in the
a I3VS %-~s 11--~ar tc-N that cf pu:-L~ cobalt, Apparently additional
heaz:ng doeg no,: -hange The compos:~ion oi the Co phase and,
he,- e ~.F:-- r z(tees have any intluence on the properties of the
allcy!~ The carried c-ax experiments and the explanation of
'lard 3/5

tnf luen.- e c, t- Ada,, t z 3nal Tempering s/i2q/6_'./O00/0O7/0n/oi6
E073/E535
tfic- ob,~ained resulr~. --anno*, be zonsidered exhaustive., i_tnce the
~~hangss ~n ti-e propert.Les cwf the alloys can be brought about by
ather faclc~.rp 4'ctianges in the stress state of the alloy, phase
z;t' the Co phase etc.A, There are 1 figure,
2 tables and I ~.-eferences- L soviet, I Austrian and I knglish:.
Patt-nt No,:17607" (Methed cf heat treatment
of carbide plates
for increasing "he tool sex-vice i_fe)
FAbstrac~os-.i Ncte, ThIs is an abridged translation
zizi UC I AT 1 ON Nauchn:-ssledoYatE1,'skiy InstItut
tverdykh spiavav (Ail Union Carbide Scientific
Research Institute#':

MALIKOV) S~L; SHCHETININA, Ye., red.; ZIMANYMI, N., tekhn. red.
[Poisonings 'al toxic chemicals and first aid for them] Otravleniip
iadokhimikatami i pervia, pomoshchl pri nikh. Izd.2. dop. Ki-
shinev, Karta moldoveniaske, 1962. 61 p. WRA 15:6)
(FOISONING)

A
."T
--L 26o�-65 W(e)/RWT(M)/EPF (c)/EPF(n)-2/W(t)/EP11/EWP(b) Pr-4/Pad/h-v
ru lip C) JDIHWIJGIAT Iff,
ACCESSION NR: AP50016N S/0'279/64/000/006/014210141,
AUTHOR: Shchetilina, Ye. A. (Moscow); Tumanov, V. I. (Koscov);~Serebrovaj 0*I*
(Moscow)
TITLE,
The solubility of refractory metal carbides in cobalt
7
SOURCE: AN SSSR. Izvestiya, Metallurgiya i gornoye delo, no. 6, 1964,
J,
TOPIC TAGS: CD-Wa~~, Co--WC, Co-TaC, Co-NbC. Co-TiC, refractory metal
carbide solubility, refractory, cobalt containing. carbide.
ABSTRACT: The solubility of carbides of the group IV-VI metals of the periodic
system depended on the C content in the initial carbides and the. conditions of
alloy preparation. The solubility Of M02C, WC, TaC, NbC, TiC. of TiCWC,
TaCWC and NbCWC (30 wt. 016 MC and 7,9 wt. 0/6 WC), and of NbCWC (2:98) was
greater when melting was in a.helium~akmosphere than in a hydrogen atmosphere
and was least. when operating under carburizing conditions. - The maximum solu-
bilities in Co in the presence of structurally free C were 6016 WCP 4% Mo2C and
0. 5 inollo TaC, NbC and TiC. The maximum solubility of TiCWC was 0. 5% and
Card 1/2

MYZNIKGV, V. (Kharlkov); MOSHNICHEINKO, M. (Khar1kov);-51jQjETINA,--A..,
frezerovshchitsa, delegat XXII sllyezda Kommunisticheskoy
partii Sovetskogo Soyuza (Khar1kov); DOKRIN, I. (Kharlkov);
VARFOLO,,Ct,Y-PV, V. (Kharlkov)
Approved and... forgotten. Oov. profsoiuzy 18 no.4:20 F
r62. (MIRA 15:3)
1. Reydovaya brigada zhurnala "Sovetskiye profsoyuzy". 2. Rukovo-
ditell brigady kommunisticheskogo truda imeni XXII s"yezda
Kommunisticheskoy partii Sovetskogo Soy-uza 3-go mashinnogo tsekha
Kharlkovskogo elektromekhanicheskogo zavoda (for Ilj-znikov).
3. Sekretarl partorganizatsii 5-go apparatnogo tsekha Khar1kovskogo
elektromekhanicheskogo zavoda (for 14iroshnichenko). Z~. 3-Y ma-
shinnyl, tsekh normalizovannykh detaley Kharlkovskogo elektrome-
khanicheskogo zavoda (for Dom in). 5. Spetsiallnyy korrespondent
zhurnala "Sovetskiye profsoyuzy" (for Varfolomeyev).
(Kharkov-Llectric industries-H.Ygienic aspects)
(Industrial hygiene)

--C 70
z'e:
rerver-
on a r 0 e.

F.S., 6-vardii podpolkovilik, voyennyy letchik pervogo klassa
In a transport plane. Vest.Vozd.Fl. no.6:29L-32 Je 161.
OURA 14-8)
(Transport planes-Filoting)

--3:7 , 'lc
n~ -e bu-p an-, --~s e ff - t' r-'rle
u n s
5"
9. Monthly List of Russian Accessions. Library of Congress, Uncl.
19

A7,,-nRS.-
,~,~~~~ndidate of Technical Sciences, vurushkin,
G,A,
TITLE: C~:ech Cargo Trucks (Chekhoslovatskiye gruzovyye avtomobili:)
PERIODICAL: Avtomobil naya promyshlennost', 1958, Nr 10, D 43-A6 (USSR)
ABSTRACTt The present development of Czech cargo truck building is re-
viewed. Tables 1 and 2 contain data on contemporary Czech
.rucks and their engines, The production of t~e truck Tatra-
111 was ilsconsinued in 10,59. All Tatra engines are air-
cooled w',11e those o~ the other trucks are water-cooled,
Diesei engines with horse power ratings ranging from 60 to
340 hp are being developed at the Tatra plant, for example
T-924 and T-926, the latter a six c.l.rlinder V engine, In
1957 eXDeriments were conducted with the 12-cylinder VY-en-
gines T-0130 and T-930K (with supercharger). The tests will
be completed in 1,058 and the mass production of the engines
is scheduled for 19591. The indexes of some of the new air-
cooled Tatra engines are better than those of comparable en-
gines in Germany, The Tatra-805, 4x4, is equipped with a
tire Dressure control system with which the tires may be in-
Card 1/2 flatect or deflated according to terrain conditions, Tests

.-,':,ech Cnrkro Trucks
SOV-113-58-10-15/16
~haf. the fire proanure control nyntem worked roliably
over 28,C00 k-, The use of "he truck chassis and engines
for building buses and other municipal vehicles is mention-
ed briefly, There tire six photon, one dingram 9nd two tables,
1. Cargo vehicles--Czechoslovakia 2 Cargo vehicles--Properties
Card 21,-

a, (g.,usti-Kamenogorsk)
Let us regulate the certification of freight in automa 'i4ve
transDortation. Bukhg. uchet. 15 no.8:23-28 Ag '56. (MLRA 9.~Qh')
1. Zamestitell glavnogo bukhgaltera tresta "Altaysvinetestr-oyo"
(Transportation, Automotive--Records and correspondeace)
.LAO:,
1;~_'.4~

IINI I'li, A.
Bureaus of clearing payments attached to constmiction trusts,
and Lusiness acccunting. Den. i kred. 20 no.L:71-74 Ap
(,vTr
,,_A
1. Giavn..., -,;--.khgalter tresta "Altalsvinetss"roy".
(Altai Terri tory-Cleari n o-house)
-0

PHASE I BOOK EXPLOITATION SOV/3832
Greben', Mikhail Lazarevich., and Anatoliy Aleksandrovich Shchetinin
Regulirovaniye parovykh turbin Leningradskogo, Metallicheskogo z~~dakonstruktsiya,
ispytaniye i naladka (Control of Steam Turbines of the leningrad Metal Plant;
Design, Testing and Adjustment) Moscow, Gosenergoizdat,, 1959. 182 p. Errata
slip inserted. 7..000 copies printed.
Ed.: B.M. Levin; Tech. Ed.: O.S. Zhitnikova.
PURPOSE: This book is intended for engineers and technicians engaged in the
operation and repair of steam turbines and also for workers in assembly and
design organizations. It may also be used by students specializing in the study
of steam turbines at schools of higher technical education and tekhnilnin .
COVERAGE: Control systems for high-pressure steam turbines produced by the Leningrad
Metal Works are described in this book. Types of automatic control units and elements
designed for the production of turbines against racing are covered. The lubrication
system and the tightness of the steam distribution system are also studied.
Detailed information on various tests for control system adjustments and a program
Card l/ 6

85423
S/~.90/60/002/0"/022/027
BO04/B06O
AUTHORS,: Zubov. V. P., Kabanov, V, A.. Kargir, V,, A-
Shchetinin, A. A.
TITLF. Effect of Pressure on the Formation of the MicT-.-.rusture
of Polymer Chains in the Polymeriza'~.-.,n Pro_-esi
PERIODICAL: Vysokomolekulyarnyyesoyed~Ln=-n:ya. ':960, Voi~ 21~ N.-).
pp. 1722 - 1727
T Off -The ratio ki/k. of the reaction rates of the formata-~~n of iso
ta-_-~ic and syndiotactic structures of a polymer can be influenced by
sterpospecific catalysts,l 'and also. according to T. G. Fox (hcf.!),, by
th~ reaction temperature. The authors wanted to study the effect of
pr~-ssure on the said ratio k,/k s. Proceeding from the theory of abso-
r
ute reaction rates and taking into account a different c:ompr~_ssiblzlity
the initial components and the intermediate f~omplex7they -)btaived
th,4 aquati.nn. ln(k./k 6v'p/RT - ~a *p2/2RT - 2Abp3/3RT - ln(k, A
I S 0
Card

Eff=ct of Pressure on the Formation of the S/-gc/60/002/01-/022/027
Mi-~ros,~ru~ture of Polymer Chains in the B004/3060
PolymerLzation Process
~V-x denotes the difference between the volumes of the syndi~-
0
and isotactic intermediate complexes at, normal pressur=-.. Aa* is
lifferen-.9 between the coefficients of sompressibility of the
zr~.--,tal --omponenta, Ab the difference between rhe coefficients :~f rom-
pr--s6ibility of the intermediate complexes, k and k the rate :on.
~-tar--s of iso- and syndiotactic addition at normal pressure- The va.1-
!i---.y of 7;his equation was proved experimentally by way of Drodu---rL.-
p,D ym-~~thyl methacrylate7 in a pressure range -:,f 2000-7500 a-,m. Th-
_r,"c.ation tempe ure of the polymer dropped with pressur-? increase.
Sinr-e the isotactic polymer has a vitrification temperature ~,f 50-55 0C~
and *-ne synd"otactic polymer has one in the range of 1-50-135 0 C. the
drop -)f the vitrification temperature means an increase of the isota-tJ3
-z-,7u:ture sontent, and thus, an increase of the value of k./k was
f7%,nd by the determination of density Q and by taking -int~~ th~
-ation k I
~Qj - Q) thal, k./k in~reasss from 0.31;
/kS = Qi(Q - Q,)IQB
a~-m -~ 0.54 at 7~-)00 atm. The isotactic s~ru::-u-e 3onter-t -ncreaseq
Cacd -213

85423
of Pressure on the Formation cf '_nz S/- 9Y60/002/01 /022/027
0
ure of Pol~,ner Chains in '~I- c), 0
P .,yuierizat,,on. Process
from 0..25 at 1 atm to 0.35 at 7500 atm, The differen-_e Lz of the ~om-
pre S34 bil~ty coefficl-ents of the iso- and syndiotazti'~ ztru-.ture was
I - I w' -
found.. by way of experimental data, t,) have ';he value of
z 6 .. ~.L-10" i0 p. A pressure increase leads t-a a preferential
6.4-1o 6 1 -
formation of the intermediate complex with denser molecular package..
P, P, K,-)beko is mentioned. There are 2 figures, ' table and 5 ref-
erences; 2 Soviet. 2 US., and 1 German.
ASSOCIATION.
Moskovskiy gosudarstvemivy univefs,_tet -~m.
M, V, Lomonosova (Moscow State University
M~V, Lomonosov)
imeni
SUBMITTED
June 16, 1960
Card 5/5

90/6-7/004/004/004/019
BI 19/B1 38
ow
0 ~Crllyeva, N. , Shaba rov, Yu. S.
jl; C iCin zi , A . A
ya.
of
iindi
arji Cycio-,roz,-Inv~; :IL high pro.--.Mres temper-atu-res
soyedineniya, 0 1 o 2 ,"'k, N
v. 4, n . 4,
Tno i~C;'ect of Drezsurt~s on phie nyl -
(500-7500 atm)
a.-,.i,,,o.)henyl-, p-c~ilorop',Ienyl, -D-.,-,ydroxyp.,ienyl-,
Cyclopropane, and ~?-me~:,,oxyphenyl cyclobutane between
'10v '.-.,as invL.It4~ated. 01' these only j-hydroxy- and
cyc'.01)ropane undergo polymeriz~~tion. The latter gives a
OC, a solid polymer at 7500 atm and.200 0 C.
o1.1 -.,t 500 att., and 200
'-Lydro-uinone as innibitor only a viscous liquid is for.-med a," 7j00 atm.
oolymeriz~-~-on takes place 'by the Free-radical mechanism.
L
Onij cycloz~ropane rinds participate in the polymerization. The end
1,roduct. of t~,e thermal decomposition and the subsequent oxidation.of the
Card 1

s/igo/62/004/'004/004/01a,
cyclobu~Lnes. B119/B158
c -.ere
e .
0 C I ..os~ ovskJy ~-,osud-rstvennyy univers4tet V. Lomonosova
C-1 j
(:.:osco,,,.- Stare University imeni :.',. V. Lor-onosov)
S -UB:,~ I T.LFD li:arch 6, 196',

L 230r,-66 E;VT(d)/EPA/EWT(Im)/EPF(c)/E;IP(i)/EPF(n)-2/EliP(v)/T/EWP(k)/E'NF(ii';,/E-eip(l)A-TP(I
ACCESSION NR: AP5024366 UR/0286/65/000/015/0035/66-3-5-1
621.165-~43-'2
AUTHOR: Shchetiniti, A, A.
TITLE: Reduction valve for oil-feed systems in turbomachines. Class 14, No. 1732
SOURCE, Byulleten' izobreteniy i tovarnykh znakov, no. 15, 1965, 35
TOPIC TAGS: reduction va1ve,.g&s_jur1jLRt!, steam turbine, oil system, oil feed
system
ABSTRACT: An Author Certificate has been issued for a reduction valve for oil-feed
systems in iurbomachines, e.g., steam or gas turbines, containing a shaft in the
valve casing with a draw spring. For increased reliability, the valve is furnishej
with a lever-type disengagement machanism which acts on the spring and which can be'
directly or remotely controlled (see Fig. 1 of the Etclosure). Orig. art. has:
1 figure.. [LB
ASSOCIATION: Leningradskiy ketallicheskiy zavod'im,
Metal Plant).
Card 1 /0

L 2305-66
ACCESSION NR: AP5024366
SUBNITTED: 22jun64
NO REF SOV: 000

SHCHETININ, A.F.
Experience with heat=g the roller d--yer with hot water. Der.
prom. 10 no.7:2,1-.25 Jl 161. (!-'-TP-A 14:7)
1. Klaypedskiy fanernyy zavod.
(Drying apparatus)

YJ',LI13ERDA, V.N., kand. sf~,Ilskokhov,. nauk; SJU1.1,OVSKLY, I.G., kand. sel'sko-
khoz. nauk; BUKU11,111KO, Ye.P.; WGVINIENKO, V.A., agronom; KOV''Ud-" NKO ,
A.P.; 1,01)(10RINY, P.I., prof. zasluzhennyy deyatell nauki Ukra~fnekoy
SSR; FEDOTOV, V.A., aspirant; KURBATOV, I.D., agronom; K(j,7EY1'1V, V.I.;
SHCHETININ, A.I.; KORCHAGIN, V.A., kand. sellskokhoz. nauk;
SOGURENKO, V.P.; KOSTROV, K.A., kand. sellskokhoz. nauk; DULYA, F.M.;
SfUERSTNEV, N.F., aspirant
Crops preceding winter crops in various zones. Zemledelie 27 no.7:
26-45 il 169. (MUTRA 18:7)
1. Ukrainskaya sellskokhozyaystvennava akademiya (for Kaliber-da).
2. Odesskiy selfsko-Jh-:)zyaystvenny
y institut (for Sulimovskiy).
3. Odesskaya oblastnaya sellskokhozyaystvernaya opytnaya stantsiya
(for Bukhanlko). 4. Kolkhoz imeni KirovaY Marfinskogo rayona. Do-
netskoy oblasti (for Logvinenko). 5. Donetskaya oblastnaya sellsko-
khozyaystvennaya opytnaya startsiya (for Kovalenko). 6. Voronezhskiy
sellskokhozyaystvennyy institut (for Fedotov). 7. Alekseyevskoye
rayonnoye proizvodstvennoye upravleniye sellskogo khozyaystva, Be!-
gorodskoy oblasti (for Kurbatov). 8. Bezenchukskaya sellskokhozyayst-
vennaya opytnaya stantsiya (for Korchagin). 9. Direktor Bykovskoy
opytnoy stantsii bakhchevodstva (for Sogurenko). 10. Mordovskaya
sellsk~khozyaystvennaya opytnaya stantsiya (for Kostrov). 11. Direktor
sovkhoza "?2ileborobnTy", Smolenskogo rayona, A-itayskogo ~xaya (for
Dulya). 12. Altayskiy sell skokhozyaystverLn:Pr inszitut. (for Sherstnev).

SHGI.MTININ, A.P., inzhener.
' -- ~ - 7 :'
Establishing an engineering manual on the elimination of radio interference.
Xlektrichestvo no.12:89 1) '53. (MIRA 6:11)
1. Gosudarstvennaya radioinspektaiya. (Radio--Interference)

SHMOMITIN, A.P., gluvTi-%,Zr inzheiier.
---- I- -... . -
Radio intprference an,d its control. ?iz. v _;~:Izole 13 no-5:45-47 S-0 15-3.
(MUU 0' - 0~ )
1. Gosudarstvennwtr- radioinspektsiya pri Minirterstva SVYELzi .SSSR.
(I-Ldio--Interference)

SHCHITfIIIIN, Almksaadr Petrovich; LYUTOV, S.A., redaktor, GADDYAN, M.A.
R.Ta. , t nkhnichaskiy redaktor.
[311minatiag radio laterfermncel Ustranenia pomakh radloprismu.
Moskva, Gos.izd-volit-ry po voproaam aviazi i radio, 1955. 120 p.
(Radio-In'erfermnce) 014LRA 9:1)

SHCMININ, A.
IntensifyIng the battle against radio interferences. Radio rio.12;
27-28 D 155. (mIXA 9:4)
(Radio--Interference)

KOSIKOV, K.Y.1 MITJELLO, B.F.; YORL', A.M.; SAVITSKIY, G.A.; !CII, le.G.
.SHCq?IN-I;IN.-.A-.P--.. FT-DUNIN, G.A., otr.red.-, GALOYA11, M.A., red.
EHEFETI, G.I.,tekhn.red.
[Handbook for electric communications], Inzhenerno-te)chnicheskrij
spravochnik Do elektroeviazi. Moskva, Goe.ird-vo lit-ry " voDrosan
eviazi i radio. Vol.8, [Radio], RadiosviEtz' . 1958. 500 u, (KTRA 11: -3)
1. Russia (IQ23- U.S~S.R) Hinisterstva sVya%j~
(Radio)

ATMUKH, Solomon Khononovich; KNMLKR, Illya Aronovich; KRUKOVETS, Faina
Isaakornai Prinimali uchastiye: YETTZR, N.K.; AZBELI, Ta.I..
BRETTBART, A.Ta., retsenzent, otv.red.; SHCHETININ, A.P., retsen-
zent; MGPJRffU, L.I., red.; SHKM, G.I., tekhn.red.
[Industrial interferences to television and methods for their.
suppression] Industrial'nye pomekhi televideniiiii-I metody ikh
Podavleniia. Moskva, Goo.izd-vo lit-ry po voprosam aviazi I
radio. 1960. 66 p. (MIRA 13:5)
1. TSentr tekhnicheskogo radiokontrolya (TsTRK) (for Fatter, Azbel').
(Television--Interference)

ZHONDETSYXYA, O.D.; POLONSKIY, N.B.;-SHCIIETININ- A P otv. red.;
VENGRENYUK, L.I., red.; SFIEFER, G.I., Uk~. iced
[Overall suppression of industrial radio Interference) Kom-
pleksnoe podlvlenie radiopomekh ot promyshlonnykh predpriiatii.
Moskva., Gos.izd-vo lit-ry po voprosam sviazi i radio., 1961. 55 P.
(MIRA 15:2)
(Hadio-Interference)

SHCFNPIIIIN, A.S., inzh.; ARTYUKOV, N.F., inzh.
Mechanized eauipment for making brick blocks. Rats. i izabr.
predl. v stroi. no.2:23-28 '57. (MIRA 11:1)
l.UT)rnvleniye zhilstroya, Stalingrad.
(Building blocks) (Building machiner7)

ZUBOV, V.P.; KABANOV, V.A.; URGIN, V.A.; SHCHETININ, A.A.
Effect of pressure on the formation of microstructure in
polymer chains in the course of the polymerization process.
Vysokom. soed. 2 no. 11:1722-1727 N 160. (MIRA 13:11)
1. Moskovskiy gosudaretvennyy universitet imeni M-V,, Lomonosova.
(Polymerization) (Metbacrylic acid)