SCIENTIFIC ABSTRACT YUFEROV, V. A. - YUFIN, V. A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001963120001-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 15, 2001
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

AFANASIMA,I.L., kand.biol.nauk-, BAYkMTMV, A.A., kand. eel I zkokhozyaystvfz n-
n.vkh nauk; BALICHUGOV, A.V., kend.sel'9kokho7-yavstvennykh nauk:
B9LOZJMOVA, N-1., agronom; 3SIOLOROY, A.T~,
rqVh nauk; UU19AAC. Y.P., tigronom; HaltUCY, 7. - I.,
)chocyayatvennykh nauk; BOOOMYAGKOV, S.T.,
riykh natik; VOLYNXTS, G.S., agronom; BCOPOV, Y.--.,
stvennykb nauk; BOGWlAVSKIY, V.P., kand.teknn.nauk; LidiUPF-h. i.i.,
1wnd.tekhn.nauk; VF.R.11MR, A.R., dot-tor biol.nauk; VOZBMSKAYA,
)mad.eel'skokhozyayst7ennykh nauk; VOINOV, F.I.,
stveWkh neuk; Vv.SOKOS, G.P., kanrl.-ziol.nank; GALDIN, M.Y.,
mekhanik; GERASIMOV, S.A., kand.takhn.nauk; GORSHENIN, K.P., dovtor
9nll9kokhoz7aystv,.-nnykh nauk- YELENEY, A.Y., lnzhenar-makhanik;
GIIRAMVICH, S.V., meLchanik tdoceasedh, ZHARIKOVA, I.D.,
khozysystvenr,ykh nauk; ZHEGAIDV, I.S., kand.tekhn.nauk; ZIMINA, Y~,A,
agronom; BARANOV, V.V., kand.tekhn.nauk; PAYLOV, Y.-D.; 1V^!vu-T*,
kmnd.ael'ekokhozyayqtvenrqkh njuk; UPIAV. S.M., kand.eel'5kokhOz:71y-
stvannykh nauk; MMIN-YARTSEV, L.V., kand.sel'skokhozysyatvenuy~-h
nauk; KOPYRIN, V.I., doktor sell akokhozyaystvennykh nauk; KOGII--:~R~'r:~-,
A-Ye., kand.sellekokhozyayE;tvennykh nauk; KOZHEVINIKO'-', A.R., lcEnd.
Bel' akokhozyayztvennykh nauk; KWILYMOV, 1-11., k,nd.spl'skokh07V8y-
stvannykh nauk; UMBIN, 1.Z., doktor biol.muk; 11=71YEV, S.I.,
kand.se1'vkokhozya.yvtvann.vkh nauk; MAYBCRODA, 1;.M., k-and.sel'Bko-
khozyaystvamykh nauk; MAKAROU, G.J., kand.sell9kokhozyaystvennykh
nauk; MELIPIKOV, G.A., Inzhener; ZDANOV, B.A., kand.sellskokhozyay-
stvannykh nauk; MIKUYIMMO. M.A., kand.se1lekokhozy&ystvennykh rmuk;
JAAGMVTS2V1, u.A., kaad.s&11sk*kh02y8yStvannjykh nauk;
(Continued on hext card)

AFAU3,173VA, A.I.... (continued) Card 2,
3JMYDROY, P-Ta., k8rA&sel'zkokbozvzystvannykh nauk.- MIASHEY, N.I.,
lesovod; MYUSHINA, A.N. . agronem; PIMPIKOV, N.A., kard.biol.=z. W,,;
L,G*; kand.zellako ozymystvamykh nauk; PAYL-OV, V.D., kand.tekhn.
nauk; FAUTSKOVA, H.G.,,,-kand.seliskokhozyayztverinykh nauk; GURGMTKO.
V.S.1 agronom'. PbPOYA. G.I., kaDd. sell skokhozyayetver-nyk-n nauk:
PMTYANKO, AJ., agronom; RUCHKIII, VA., prof.; RUSHKOVSKIY, T.V..
agronom-, SAVITSKIY, H.S.. "nd.zellakokho!s7zystve=ykh nauk; BOLDIN,
D.T.. agronom; NESTMWVA, A.V., agronom; SMFIROVICH. L.B., kard.
tekhn*uauk; BMIRNOV, LN., kand. sell ako)tomye y9 tvennykh nouk-,
S IISKAYA, P.I., kand.takhn.nauk; TOUUUYXV, A-V., kand. sal'sko-
khozym7st7enrqkh nauk; YA11KO, O.S., 12nh.; F-UYUSHIN, A-V., doktor
biol.nauk; SHEYWAGIV, A.I., kandisells)rokbozyeystvermykh nauk;
71 1 ff , v -.A-. d.zellskbkhozyay9tvennykh nauk; YAKWERRELID, P.A..
kand,,sel'skckbozyaystveWkh nauk; SMINNOVSKIY, A.A., red.; GGRIKOT6,
Z.D.v takhn.red,
Dandbook for Siberian agriculturists] Spravochnaia kniga agronoma
'81biri. Moskva, Goo. i2d-70 eel'-khoz. lit-ry. Vol.l. 1957. 964 p.
(Biberie-Agriculture) (MIRA 11:2)

i .- - - .. li :, - I
"-f , ~ -

AccDssia,L4 NR.: AT4036071 S/278lA3/000/003/0283/0294
AUTHORS; Borovik, Ye. S -Dusol': P. I .
Y~j ~er Skibenko,
Ye. 1.
TI"L%E: Investigation of supersonic jet of carbon dioxide as a tar-
get f or charge exchange of ions
SOURCE: -Konferentsiya po fizike plazmy* i problemam upravlyayemogo
termayadernego sinteza. 3d, Xhaekov, 1962. FiziXa plazmy* i prolb-
lem-v* upravlyayemogo,ter,,noyadernogo sinteza (Plasma pkvsics and
roblems of controlled thermonuclear synthesis); doklady* konferen-
P
tsii, no. 3. Kiev, Izd-vo All UkrSSR, 1963,- 283-~-294
TOPIC TAGS: supersonic gas flow, gas jet, charge exchange, magnetic
trap, cryogenic 41--reatment, carbon dioxide, condensation
ABSTRACT: The described investigation is one of the stages of re-
searen done by the authors to deveipp a hyd.-ogen-cooled magnetic
Card

ACCESSION NR: AT4036071
tr and'produce intense beams of-fast neutral hydrogen or deuterium
ap
atoms. On the basis of.cryogenic methods developed at the author's
institute, it is proposed to.use,.as charge-exchange targets super-
sonic, jets of gases such.as:C02, N2, Oo., Ar, and H_ flowing in vacu-
(76K) . The experi-
um and completely condensed.ona coolea surface
ments reported were made with carbon dioxide. The main parameters
-gasare first-.derived, aftOr .171i , -lie
of a supersonic jet of thi s If Q'17
experimental setup, the test procedures, and the resul-'Uli; are de-
scribed. The investigations give grounds for assuming 'U.Iiat in spit~i-
.1 L J
of the fact that Une gab -was no" fully condensed and teat an inverse
flux of: C02 moleculeolwas observed, the use of carbon dioxide as a
charge-exchan9'e.medium is feasible:particularly if the yur_ty a th a
1-h
gas and tl,,e puraping-on rate are :Lncreased. The pOSS4 of. ~ 0
carbOji clio4~-jdv~ tji~;t cc-in b(., frozen oy corl-
denseo'f and L.hu pol;sibility of a
also discrtssed. rature experiments are planned at
possible use of other gases and deeper cooling. "U.9he aut, ors than'l-,
-Card 2/5

ACCESSION NR: AT4036071
Ya. M. Fogel,, D. V. Pilipenko, and S. G. Honovalov for measuring
the capture cross section aid electron loss of fast protons and hy-
drogen atoms in CO Orig. art. has: 4 figures, 7 formulas, and 1
2'
table.

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ACCESSION NRz- At4O36072 S/2781MA00/003A294/0299
AUTHORS:- Borovik, Ye.-Se; Busol, F. I.; Yuf6rovo- V..B.
TIT4E _-.1nme-stigation-o V ;F-o --nitrog4;f drid argon
e- plazrq~*-~i probl emam-upravIlyaye mogo
OURCEr Korif erentaiya 3.z:Lk
termpyadernogo, sinteza. 3d# Miarkovl 1962. Fizi a
'k plazmy* i prob-
lemy*.uprav1yayemogo termoyadernogo sinteza (Plasma physics and
problems of controlled tbermonuclear synthesis); doklady* konferen-
tsii, no. 3. Kiev, Izd-vo AN UkrSSR, 1963, 294-299
TOPIC-TA-GS:- supersonic gas flow, gas jet, charge exchange, magnetic
trap, cryogenic,treatment# argon, nitrogen, vacuum technigae
ABSTRACT: 'This is a continu
ation of a companion paper (Accession Nr.
AT4036071)1 except that the-gases tested were argon and! nitrogen, and
the condenser vras cooled to hydrogen temperature (20.4K). in addi-
tion, in the present setup it was poBsible to protect the working
Crd 1/~

~:ACCESSION NR:. AT4036072
-volume of the trap against the entry of jet molecules by an "abso-
lutely black" channel, constituting a tube cooled to low tempera-
ture. The experiment demonstrated the feasibility of the use of
hydrogen cooling for.tbe development of supersonic gas target jets,
that no additional technical problems arise in this connection;
in fact, the vacuum can be improved somewhat. The experiments have
also shown that tubes which are cooled with liquid hydrogen or
liquid helium are practically "absolutely black" to the molecules
of all gases with sufficiently low vapor tension at the correspond-
ing temperature. it is suggested that in conjunction with effective
pumping methods this method.of protection will find application in
thermonuclear and other devices where large pressure drops are neces-
sary in high or superhigh vacuum- OxIg.--art-w-has"--figures, 2
TTED. -ACO:
8UBM ~DATB_ 23May64 ENCL: 01
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investiZration of a suparsonic carbon dio---ide jet as n tarUct fo- -onic
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development of the deVice deacribed In the pmmnt paper. ':1i,:
9.-atW In the Rnalosure. Tha tests were carefed out cm. thle
meAtio.m-d attidi.!m. As balore, the v~.-cu= vras rie-a-gur!W1 by
tiam gage lacated in a b1lad brarch Otf the ~aharge exchgage
of 150 vm frvm the nc=la. The rssqlts of toot numa -,,v:,'th
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ne Ut ra Iin~Q-:tion laxperimerit Is perfcomed. Ven,
provide th~ necc6-.arv vacum condtions. Orig.. art. ~Iz~s
S UD CC, DE St.W; DATE :21OMay65,1 OPIG REF:
Ca --di 2,, 2

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L 47037-6 IJP(c) AT/JD
ACC NRs
SOURCE'CODE; -LIB/0069/66/021/002/0130/0131
AUTHOR: Boroylk, (deceased); Puscit P, I.; Glasov, t.'V.; Kovalenko, V, A.
Skibenko., Yes I.; Yuferoy, V. B*_
ORG: none
TITLE: VGIP-2 criyogenic juBgnetic tnt
SOURCE: 'Atomnaya energiya'. Y. 219 no.~ ;?o 1966, .130-!131
TOPIC TAGS: wagnetic trap, hydrogen plasim"a, deuterium, plasma heating, plasma in-
Jection, cryogenic liquid cooling/VGL-2 magnetic trap OrVIVIL
AMTRAC171: Since one of the'means of producing A hot plasma is to inject Intense
~beams of-fast neutral bydrogen:or deuterium atoms.into a magnetic field, vhere they
can be Ionized, the authors describe the 'processes accompanying the filling of a small
magnetic trap in wbich a strong magnetic field is produced. (Fig. 1) -The trap dif-
fers from earlier designt in that the strong magnet* field up to (105 k0) is pro-
duced by a copper coil cooled with liquid nitrogent1which is also used to cool the
outside of the vacuum chamber and thus permlisa vacuum as lov as '%, 5 x 10-10 Torr to
be maintained in it. An Ardenne type source Is used f6r the hydrogen-ion beam, the
charge exchange boing in a supersonic CO stream condensed on a surface cooled to
20.4K. The fraction of the neutral bgam 2Ionized in the vording region of the chamber'7
LCora 1/3 UDC: 533.9

a_,

ACC NR1
AIMOR:
AP6036036
SOURCE CODB3 UR/0057/66/036/011/2042/2050
Tulerovo V.D,; Busol~F*I,
OR.G: none
TITM. Investigation of the sorption.of hydrogen and noon on solidified gases
.SOURCE: Zhurnal teMnichenkoy llziki, V. 36, no. 11, 1966, 20A2-2050
TOPIC TAGS; sorption, hydrogen.. noon$ solid statp,~ goo, carbon dioxide, alcohol,
benzene, water, nitrogen, argon, high vacuum pump, absorption pump
ABSTRACr: This paper Is devoted na:inly.to an experimental investigation of the
sorption of hydrogen on solid carbon dioxide at temperatures from 14 to 200 K. The
sorption of hydrogen and-neon on carbon.dioxide, alcohol, benzene, water, nitrogen,
and argon was also investigated. The sorbent was condensed oo the surface of a 22.
cm diameter copper sphere cooled with liquid'hydrogen'and mounted within a 100 lite,5r
vacuum chamber. In some of the experimertB the working volume of the chamber was
shielded from the.wAlls by a surface cooled to 780 H. Whon the shield was employed
a limiting vacuum of 2 x 20-9 torr could sometimes be achieved. The sorbent was ad-
nitted in gaseous form ajad condensed an the cold sphere before the shield was cooled.
Measured quantities of the sorbato were subsequently admitted and the consequent
pressure changes were 4)bserved with Pirani and Ionization gages.
The quantity of
sorbed hydrogen at-& given temperature and pressure was gound to be proportional to
Card UDC: 537.525; 541.183

N& AP6036036
cirbon
tioul-
thequantity of
dioxide'.007t~mt.- 'Sorption Aeosteres were recorded and sorp -
Isotherms were calculated from theh. The Isotherms were similar in shape to Langmuir
1sotberms.for monomolecular adsorption but:correspond to large areas of the sorbent.
It is-concluded that at saturation (not reached in the experiments) there is one
molecule of hydrozen.for..every two or three molecules of.-carbon dioxide. The heat of
.sorption of hydrogen on condensed carbon dioxide was 1400 cal/mole at a sorbed
-hydrogen concentration of 0.4 mole percent and decreased to 700 cal/mole at a concen-
tr2 tion of. 11.5-mole percent. The beat of sorption of neon on carbon dioxide was
somewhat lower than that of hydrogen. Of-the other sorbents investigated, those withi
complex polyatomic molecules were also efficient sarbents, and nitrogen and argon were
not. Pumping speeds and sticking probabilities were obtained from the observed z-ates
of pressure decrease. The maximum sticking probability'of hydrogen on carbon dioxide
at 140 X was 0.45, and, the sticking'probability decreased very slowly with incrensing
concentration of sorbod hydrogen. On carbon dioxide at 20.40 H the maximum sticking
probability -was 0.42hydrogen and 0.1,for neon. It is concluded that the investigated I
~.sorption process is physical in nature and that the hydrogen and neon are sorbed on
the same centiors, the difference.between their sorption isotherms being due only to
the difference between their heats of sorption. The authors will discuss in another
paper the application of the investigated sorption;proceDn to pumping of hydrogen andl-
neon In ultrahigb vacuum systems* We Authors thank Ye.B.Boroylk for discussions and'
for advice concerning the preparation of the paper. Orig,art, has: 7 formulas and
.7 figureso ;F_
.SUB CODE:' 20/ MMM DATZ: 3.5Nov65/ ORIG.BEF: 005/ OM REF: 002
Cvr~ 2/21

ACCESSiON NRj APU14147 S/0137/63/000/012/TWVD~D37
SOURCEi RZh. Metallurgiya, Jbs. 121D22i4
Rogov, V... B.1 Yuferov, V, M.,, Ancharvo, 1. fk.; La~,~tlnL,
Prikhodchenko, G. F,.j Fe6N6-nnikovai !. S.,, Prudkova, R. A.
LP
Fxperience 1-n making cold-rolled pipes from EP38, Pz9, ar;G
f erritio-r-art-enbi tic steels
St, Froiz-vo trub. Y.., MetallurEizdat, vyiyp.
P _;S iFt!rritic iuartranEiitic titool, vtool pipo (-,old rollli,
The following rorr lusion.5 were reachied of, L~,e b&5 ib Of
:_rt producing -Indicatec pipes. ~' I r, LI e r T"';
ac +.orv s uxf ace of cold-rolled aw cold-drawn pipes wi, Lr, a wa;
made frorr, E?38 and EF39 sLeel, the tube LLanks sho-~lc; be turri-_._;
u.-ning of blaiiks from EP38 and EF39 5L,sel for tuL)95 witli a wall
Card 1/2

ACCESSION NRI Apj4ol"7 Of files. (2) The heat treat-
can be replaced by the usual repair by !"eun5 ied out
Dlled pipes from ZP3Bj EP,39, and E1993 steel should W carr
Ment of bot-v rior to cold deformation. Leontlyeve
by amealing p ENCL% 00
()gjnn64 SUB CCDE ML
DATE ACQ I
2/2
card

OSTREVIKOYT.Ya.; YUFEFM V.H.; GEM, 1. K.; M, V.R.; OSION, N.A.;
CHVE RINSKATr; ff. TIVIAYS, O.S.; UGUTMA, R.V.
Pipe production from new beat-resistant ferritic-martensitic
steels. Stall 23 no. 3:258-263 Mr 164. (MIFA 17:5)
1. Ukrainskly nauchno-Italedovatellskiy trubnry institutl,
Pervcurallskly novotrubnyy zavod iNikopollskiy yuzhnotrubnyy
ca.

.: ; ~ 7 ..,
.I I

runnv' V.
Temperi.ng
flerdening of the teeth of bond nawn...
Stan., i instr.., 23, no. 4, 1952
g-
Montb-ly List of Russian Accessions, lAbrary of Congress, Vovember 1W, UNCLASSIFIED
---- --- ---

7=1 07, 71 R,
Dissertation : -11hernic Processing of Steel-Strips for Saw Hanufacture.0 Cand
Tech Sci, Gorlkiy Polytechnic Iust,, CrorOkiy- 19,53,
W-30928
SO: ReferatiZ= 2b4rnal, ED. 5, -Dec. 1953, Moscow, AN WSR

VOLKOVMKIY,- G.L., doteentp kano. tekbn. nauk; PISHCHIKOV, G.P.', inzh,,;
YUFERPVI,_- dotsent, k~na. tekbn. nauk; DZYUBA, M.I., irzh.;
�AY, inib.; Prini=ali uchastiye: SURZEIKOV, V.A., i=h.;
XOVALEVA., A,D*j Inzh.; TMGH~2102 A.V., Inzh,; KIRVAL=E,, U.S.,
Jmzh.; GLADUIM., D.V*04 inzho; YESAULOVv A.T... inzh.
Characteristics of produckng large-aiamter pipe of XhI81112YO
steel, Stall 22 no.6.*532-535 Jo,162, (mm 16:7)
1. Yuzhnotrudnyy zavod (for 6umbikov." Kmlevaj Tkachenko.,
Xirvalidze., Gladkikb Yesaulov)t
MP02 Steall- (Ronbig(Fatalwork))

Acassio NR: AR4o4i538 G/0137/64/000/004/DO41/DD42
~SDURGB; Ref. zhe Hetallurgiyal Abe. 4D248
AUTHOR: Ostrenko$ Vo Yhe-*, Yufarovt VV,M.; Geykof 1.~ K.
JTITIX; Mastering production of pipeD from-atoll 12Kh6G2H
CITED SOURCE: -Sb. Proiz-vo trub. VYOP. ll.-Hol, Metallurgizdat, 1963, 7-9
iTOPIC TAGS: pipei pipe production, rolling, heat treatment/12Kh6S2m stet-1
jTRANSLPTION: In the development of production technology of pipes from steel
::L2Kh6S2H there was investigated metal of pipe, biLlets of composition
0,123*Si, 1,53; Cr,., 5.12; Nn., Oo38 Ho, 0,70; Nb~, 0,25; Nij, 0.25; 3, 0.014;
C
milUmeters and length 900-10D0 millimeters.
0.015. Billets had diameter 85
Experiments for piercing were conducted on the laboratox7 piercing mi I I of the
min ad
Ukrainian Scientific Research :Institute of Flpes. Rol-Is of the h in
j'Preping a diamoter of U-0 W13-11noters and. angle of antrance and output cones of
Thera were rolled tw13t__ pieceg of. diameter 35 mi'114 otera and I.angth 90
Card 113

ACCESSION NR: AR4041538
millimeters. 'For comparison there were pierced also test pieces of Steel 10.
!During rolling they measured the load on the motor of the piercing mill and
pressure'af m al on the roner- temperature of heating was determined by a control
et
piece with a thermocouple. During pressing in the.16% press, a cavity was uncovered
at all rolling temperatures; with increase, of temperature dimensions of the
cavity decreaaed,, which corresponded to results of twisting tests. Wring pressing,
of 10%., openings of the cavity were not observed. Proceeding from given data,
the temperature of piercing was selected within 1220-1250% Rolling of1pipes
was produced on automatic installation -140 with a roner-type piercing mill.
Before piercing, billets were heated in a Hoffmann kiln for 50-60 minutes. During
piercing, adjustment of the piercing mill was the following: diamoter of rolloro!
738 millimetera distance between rollers in narrowing: 76 millim 6rs, between
straightedges: 83 millinet6ra; diameter of mandrel: 68 millimeters; advancement
of blade of mandrel beyond narro3odns: 37 millimeters; diameter of housing: 93
niMmeters; thickness of wall of housing: 11 millimeters; pressing before
blade of mandrel: -5.3%, calibration of rollers symmetric with angle of conicity:
3030'. Load on -mill motor --On--autmatic mill-, housings were
rolled in gauge of 88 !millimeters applying mandrels 70 millimeters in diameter.
During the first pass and 72 millimeter dux4ng the second pass. On the rolling
min pipes were roUed Up_to a diameter of 96 millim era., after.which they were
;'Card V3

_77
AC=SIIDI; NR: ARW41538
calibrated to finished dimension 89 X 8 millimeters and subjected to straighterang.1
Investigation of branch connections , cut from finished hot-rolled pipes showed
that their metal had a martansite structure and was characterized by the following
properties: Ob , 143 kg/cm2; 47s o 123.5 kg/cm2,, 8, 6-5%o ak x 9.3 kg/cm2;
and hardness 3OZIn, Inter-mediatt heat treatments of pipes in the process of
cold
ro3.ling coneXated in annealing at a temperature of 760-7806 which ensured
removal of work hardeningo preservation in the metal of the structure of granular
perlite and restoration of mechanical properties. On the basis of conducted
investigations there was developed the~technology*of production wd preparedlan.
experimental lot of boiler tubes of br$M IM6S21i
SUB CDDEE: IE, FYI ENCL: 00..
1..-Ioard 3/3
11 oil

i
VOLY,MTSKIY, G.I.; DZYUBf, M-l-,' PISI"I'llIKOV, G.P.;
SAY, V.P.
T -tZ for 1purge diameter
Cf)ntrlftga:L casting of R,44 atee:L b:LUe
pipe.9, Lit, proizvq no*6:14-15 Jo $09 (MIRA 16.-7)
(Cantrifugal outing)
Vi

KONOPLEVJP B.A.; YUFEREV, V.M.2 kand. tekhn. nauk (Novosibirsk)
T-here In Ii possibility to iincr~ase t e operative efficiency of
track raintenance machinery, Put' :1 Put. khoz. 7 no.11:15-17 163.
(KCRA 16:12)
1. Nachallnik otdela nekhanizatsli sluzhby puti, Novosibirsk,
Zapadno-Sibirskoy dorogi (for Konoplev).

.ACCESSION NR: AP4019481 S/0133/64/000/003/0258/0263
_1 Geyko, 1. K.; Ty*r, V. P.;
..AUTHOR: Ostranko, V. Ya.; YufaSpy
Oslon, No A*; Cheravinskaya,17i.; 41-11yams, 0. So; Lagutina, R% V.
'TITLE: Manufacture of tubes from now ferritic martensitie beat
.~Tesistazt steels
;SOURCE: Stall,-noo 3i.1964, 258-263
.TOPXC TAGS.*%~heat resistant steel* steel tube, ferritic mairtensitic
tube rolling_
ABSTRACT: The authors report on techniques-.developed in recent yeais
'by the Ukrainskiy n.-I. trubny*y institut (Ukrainian Tube Research
.Institute) in cooperation with tube factories in Pervourallsk and
Nikopol for hot rolling and heat treatingof tubes made from 9 new types
of stael,,all of which contain 10-142 Cr and additions of V, Ila, Nb,
;and W* The AC temperature was in the range of 810-830C; ferrite
:Brain growth was noted above llOOC; piercing temperatures varied from
:1090 to 1200C. -Ductility at high temperatures was found to depend on
-,the content of free ferrite. and piercing of tube*billets presented no
Card 112

!ACCESSION NR: AP40194131
-difficulties at a.content of,502,--At 15-20%-Eerrite-hot tears,
I A* ' a
we're. orme nne ling. of-hot-rolled and reduced tubes
--78DC inparts-a structure of' granular peaTlIte and the mechani-
!Cal properties needed for further cold reduction. Metal consumption
,for almost all steels, including machining, proved no higher than
ithose for similar pipes of stainless steals in current production
I.practice. "Engineers No So Kirvalidze, R. A. Prudkova, No No Pil'nikova,
I L. .,S. . Rakhuovetakiy, I.-S. Pechennikova, and. others took part in, the
Ir
iwork." -Oris# art. bas:- 8 figures and 2 tables.
.IASSOCIATION: Ukrainskiy u.-i. trubuy*y iustitut (Ukrainian Tube
'RessaTeb Institute); Tervourallskiy novotrubny*y zavod (Pervourallsk
New Tube Plant); Nikopollskiy yuzbnotrubny*y savod Qiikoyoll
Bout~ue= Tabe Pl=t,)
;SUB24ITTED: 00 ATD'PRESS: .--13045 ENCLs: 00
,SUB,CODE3 M411B NO REP SOV.- :010 OTHER:' 000
Card 2/2

MOLOTXOV L.F.) dotoontp )uwd. tokhti, nauk;-.YUF1.H0V,-.V.M., dot,tiont, kand. tomm.
nauk; v1rF7o---41)enV-. js4apo., inzh,; Yo.M.; WhTUNOV, Y9.1,11.;
SWUGHAN) FArjZ11AR.4P_1'-
Ways of increasing th- output of rolled products acceptable for their
L
mechanical properties during the rolling of IU6S, St.3M, and l5KhSND
steel on universal mills, Stall 24 no.9:824-827 S 1614.
(MIRA 17;10)

CMION MR. AR50.120PAS
SVII-RCS: Ref. 5~h. fw+/A3lurgiya, Abe. W-RCY2
XUl-HOR: ~r
Ov A.;
ProductiO13 of taboo rrm te-
-MIM SOUPCE: Proiz-vc trub. 13, Me,
TOPIC TAGS; -.~'tal tube., olueel,
uetal ductillityo l4tn~t-t ~-ntp Cold woruue"" RP27 otj~~
JS
-.e stab LSIP-d -",tha --esul' az-
IMMATION: It has be

Ar Maw
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03"I'CL, W-
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should preheattd Fo
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fi gures.
SUB 11 13/ S LIBM DATE ATr, P

Of lso
-Ind
,e t U. cas!
zpress Lli,--Ir sincere- gratitude to associates of VINITI V- A h L-i T
V.-I A -,s h 12 kova , ani:
k of
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A"j F- - 7\1

YUFEROVA, Y--. K
TUDROVA, YE. X.- - - xPreblens of optirmn Geor-etri and Procedure for Deslgp of
Electromagnetic Friction Clutches." Min of Higher Education USSR, Mosecni Order of
Lenin Power Inst imani V. 11. Molotov, Moscow, 1955 (Dissertations for Degree of
Candidate of Technical- Sciences)
SO: KniZhBM Petopial No. 26, June 1955, Moscow

T
5/068/63/000/003/001/003
E071/E136
AUTHORS: Garber, Yu.,N., and Y
T:ETLE: The absorptive capacity of oils used for the absorption
of benzole hydrocarbons
iPhRIODICAL: Koko I khimiyat no.39 1963, 35-37
:TEXTs A method of evaluating the absorptive capacity of oils
.'used for the absorption of benzole hydrocarbons in the coking
industry is proposed. The amount of benzene adsorbed per hour at a
difference of its partial pressure of I mm, is taken as a criterion
of the absorptive capacity. Thus the amount of absorbed benzene is
~related to the whole contact area of a standard laboratory absorber.
This criterion is supplemented by the amount of the oil's fraction
distilling up to 230 C. The determination is done by passing a
known volume of purified coke oven gas, to which a known volume of
gaseous benzene is added, through a laboratory absorber filled with
the oil Investigated. The absorbed benzene is distilled off using
a standard 3,3boratory rectification column, weighed and recalculated
,for a difference of partial pressures of 1 mm. The formula used is
A
jCard 1/2 Pmean

s/o68/63/000/003/001/003
The absorptive capacity of oils ... E07-1/E136
-.where: A - absorption calpacity of oil, g.hr/mm; 0 - the amount of
-~Iabsorbed benzene, S/hr, mean logarithmic difference of
3.
Pmean
!partial pressures, mm Hg;,
P.1 P2
where
Ap- 4a , --.- 7 AP1 PI P2
7 mean P,
2* 303 -log,
P2
P2 'where: pj. partial, pressure of benzene in the
P2 1
igas entering the absorber; P2 the-same,-Ieaving the absorber;
vapour, pressure of-benzene vapbur over oil leaving the
PI
!.absorber, the sa
me entering:.the.,absorber. Experimental data
P2
--determined by this method are given for,a number of fresh and used
Oils. There are I figure and 2 tables.,
1ASSOCIATION: Kuznetskiy filial VUKhINa
(Kuznetsk Branch of VUKhIN)
Card 2/2

N
41r 1~~. ~05 t-
rld. I T.. D.~-' T- ed. K.P.
-a
1, aa, j.. b. -.E,.1 I . ...... r"
-1- rwp~- ftll-d at th. glaatrL' C~~" Cearao~
.-r,.190. Ths.0 lap." -r PrA."ical P-69- -~ng
methd. r t..tl.6
~te-t. "'l- -, f .-~% o~rld thl. ~m-
C*- - "- - I ~-aetw AB W= (Inatlwte f A,~t~w*tio*
Q~C T 1--. A-, Dr fl,t-ced. 03nl Fftrtlelp"Cs &FIA-a4 PeAC410
f= - 4-16~ P.Itl.U-tS
t. c~- v--l- r . L-tri. .-tut., vulh arm the .-P-..- r
th4 milbLuty of
.-%-I ne- fboi-I tn.-.I, -4
.% ,, -- Ll eawl.-Od. hftrau"s are si~ at th ~d of "St of
Ilea mm~.
III Apm AR&-immirica or c-ouTAL-r
'r 'O-U~ -W T.I~.h-nIvS, P-d"q or =R)
f a- o--'Vd I-"A vmt"l Aeltnn~
-Kee-at- -1 *iAup-t he b" -.4 IA tul.
a. o- 'lee ae 1.1'. , the sue'r as wsu - the be--
'PA
-Wkj.. T.-A. lte~4.%"Ce or." r4watva coat"te RM
TA" ~tbl ' 4"Urlbee aar Immetic%tim Of eut twwt" -t*cta
Z . rr-t r Let-1 ert'"twe, ARA NMQ~d Qf prgd%Qum m "al.t-c*
w eear . ~ [
144ava% qkIy
n.D. (N'~Ch~ N nill.' .. : I i
licif 0-rept:rth Ax
RA*Or2eal 114-trr) A,~Amrlc cw~imln Tw'ptt: cw~t. 249
A r tze *Wn vr,*," 1 P"-Lal.
PqWt*kly- A-e- (I"LlWt ~t^UIWOI AN O= - P4t&L;Argjckj
cl z-em-, us-") AUMS or rrtclfts H.t4lo as M"tric C~t*ct
Cra%s
4*4 t.
#AIOY- OMPOS.4 of mt*U.
r-s- AlIC7. r- Klootr2c cmtFA%% wLtA I;mu C~%"% m"Ist"t, 267
-tb- -tm4-14 DIrIlt RIAD70 for &ZIdA.4 ~-t..te ol~
qrw%l.a .1%b -k1 c,-- -%act VM--Um. sue coeraxwe the" ma.
e-orrQ41M
vftt -Let-e. aecha~lt%l oq4 *IQCtrlcfj. cb~cWrlmtlqq~"4 -et.
ror clu Coat- 1. as?
rs sys%sims) m
TIOW autb- ~ *-let twl"rd .1141AS GQqt"t.,dl...eg.g
POWIr ~4 wVpXj~Lju,,.
NIVvAb-, v~. 8---, r cyqrj-%.j R-*wkrl;u m CQaw% mat4riaw r-
-tmd*M MIIMI= allarn FW-40,
mi'lo. ae.a MI-18.
v-z-- 5-- f Otw4anuxa%ion of c~t-t. ~4
ctmetwt r-,. Metal.
Tu. . - - -'r we d-v-ivp~te btAnqd 1~ tb.
.c __,%u
aa~e r-e ~Liv* or p~tjml ae%v". Cgg4jQrj~fi tue graa%
polbe" f . , 4 t?pa, U. -tb.r "pm.vv* be ~Fjw-
that a ate-aar~IZALI~ ~f t"0. la "qem*%r7. 11, fafforstd the cmatim
for tz. oardumi'm r a.10mAn.
r U kin4a Md t4e ntv&wUrjLj%%j_ f aetj.
L-3. (KbGU), 11ji. (NIX p), y..V.
tj '4v'~4
Instit.t t-tyku
*QUA- Met.), _a (;91A), m.m.
AL-M' v

S/103/60/021/008/'008/014
-Bon/BO63
AUTHOIn. Yuferova, Ye, K. ~(Moscov)
TIME:- Elements off D
aBased on the Principle of
Integraiion of Yoltaii-Puises
PERIODICAL: Avtomatika i tvlenek6nikap 1960, Vol. 21p No. 8, 1
PP- 1165-1172
TEXT: Reference is first made to.circuits of semiconductor units based on
the principle of Integration of voltage pulses (Befs. 1 and 2). The mode
of operation of these circuits is briefly explained. At present, two typen
of units are being developed, vhich are based on this principle. In the
first type, a preset number of pulses is stored in an integrating core.
After the end of integration, a signal is released at the output of the
integrator. 'These units are used for frequency dividers, counters, eta. The
second type is characterized by the fact that not more than three voltage
pulses can reach the input of Its integrating cores, and that there is a
certain aignal pover at the output, according to the quantity otored. Thic.
typ eis used for the con;truction of summators. The circuit diaKrac of'an
Card

Elements of Digital Computers Based on the S/103/60/021/008/006/011
Principle of Integration of Yoltage Pulses B012/BO63
integrator ia reproduced in Fig. 2. Such a circuit diagram was first publiEb-
ed in 1955 (Ref. 1). The mode of operation of this integrator is briefly
explained. Figs. 3 and 4 illustrate tvo basic circuit diagrams of this in-
tegrator. At present, integrators vith five and ten stored pulses are be'_n'~-
developed. Advantages of the integrators under consideration are their high
effizienoy (concerning the number of units) and the lack of generators of
strong displacement pulses. Disadvantages of these integrators are the in-
creased requirements to be met in the sorting of triodes and 'he
the output signal vith respect to the input signal. Next, the author ex-
plains the method of constructing summators based on the principle of
tegration of voltage pulses, which was published in 1956 (Ref. 3).
shova the main structural elementav i.e., the integrating magmel_'c
and the aelective circuits. Two circuits - a four-cycle an-1 'i
summator - are studied (Figs. 9 and/or 10 and 11). These
the0test satisfactorily. They shoved a stable operation be*veen -4-
+55 C and also when the commutator voltage was changed vi';In tn.~
-20 - +27 per cent of the rated value. The Bmall number o; units la c-~-
sidered to be the main advantage of the above-described sumnator3. 7hert
are 12 figures and 3 references: 1 Soviet and 1 US.
Card 2/3

Elements of Digital Computers Based on the
Principle of Integration of Voltage Pulsea
SUBRITTED: Novaiibe:F~24) 1959
S/103/60/021/008/006/014
B010063

2~0& X P. yuhts, nabob of A beIVIOL"twS 119ow is hus
fin 1*11.1ilvp, I,T";l 44L
,Nr4uw MI, -i, IMAW) 19119),
)Iv,WtII Ale frjot"--4 un w4kiii1wislis) jwl"Jilix 0>1 N11b)-ttal-I
31.1itstwo I)IT)Rkxb A ) -14,30 lit in -14, assil h-,v"
auwwlrf is ur 1"A WA Mkk ArA = him Nowls .4 th-v Oali it A
Waisl aswers) ?hills IJPJ-r Sif tylkim only at vtIA.W.-i WY)AI sl,~-
wkwily V);kh i3 trillro) i3$ VnIstvi 10 swilling S-ul of jih)IN b
V-,r )oori, wkscift". A tmilwirrit irmsmlirix ~,tmiyrotiwwtlh , -1-
putt.) Irajimil lowit for dilTOPIN ID. IWI *.W;l ShIOW,-th' th 11~11 h
A, lual %14,Twly WA, deirl wil".4 mi is Issw It'"i "; piJA J;;�Ok~hj
0 s-bd Sw W whlor,,, wul its
J 9 im amppeArd that ftuIx-jitit-A) rAvilim nisky Int ustsir
Jcrr&-Muse, N'ulv IjrpwmpYjr,-sIArr;ot tm Isr,$.
pIrmputshry "14 un esiliml .Vu ith"k
Gis"y lh~
S lj'jf f~

YUFIN, A. P.
Tochnolog7
(Force-pump conveym-sce of water). (Mosk~a), Goserjergolzdat,, 1951.
Monthly List -of Russian -Accessions-9 Librarir of Congress, November 1952. UNCLASSIFIED

SOV/90-59-7 21/22
conference on Ivientifte, neiteeYah In the yield Of
nydromachablea
61drotoklintehaskaye atroit*l' at'vO. 1959, Ur 7. Dp
62-65 (USSA)
The article is a ablvontole of the abovo-mamed eac-
torso", which was hold in Moscow froz April 15-17,
1959v an the JuLtiatIve of the coordinatory v*dmic.
*too for hydramabAnization in the Gouricil for Hyd.
raulla Ifftirs of the Aoudomy of Sciences of the
US=. 2h& All-Union MUS TLydroetachtniza t ion !,rust
the Mining Institute of the Academy of SoI*hd*m Of
the US= and ths Magadv Oblast board of the Taclimo-
logical Department Of the construction ialuatyli!17
so ted Iml +he orgautdatioO of the ,4~n
re h Was attdiaded by more than 400 r*Vrd-
11 of
149 ov"rfiiationn, including the Offl-
Castwai,~,..
mmmz'
ij~
Card 316
of the USSR. mintati-les.
of State
matt"Al 60.5110h16 itl)nAlls institutes of the Left-
damy of Soloneas of the CHR and the union republic
th~ Am of the 71=1 I and tits Ukrainian SMI,
Iilo~ttee and tfle- &!fix Of
the union rdpubllee. and official scientific and
reaeazah Inotitutes. 'he conforaboa waa opened by
Academician A.X. Torpigoraiv, and at the plenary
session vapors were road by the folioinzi zx~L
AJ.nfln Doctor of Teahnimal Solencovi 'The 5tale
.1 Wmitfic Izoasarah Work in the Field of V4dro.
a-ahanization;j VagImoar V.I. P~Atanop_ ,The COZA.
truottam of uvial bmAs OZA-t1id Vo 0.1 soleatt.
k
fie OrganizatIons-I Engineer II.A. Gartill "The TV*-
seat 3tato of snd the Outlook-fb-rW_a!Uzn and Yo-
of ALrth Workall Vrof._Q.L_Nur6, Doctor of Tech.
bical 301600961 'The xrosent State of and the Out-
look for the Development of the HydromechanIzz"on
Of Opftbemot COvIALuL"-j Engineer P_.H OlIkun_11pt
vXsems of Perfsot~U Hydro~aolmnlsfttic_~~ this Va-
metallic mineral in ustry. Th. remtinder ce the
Conference was dIvjdad into 3 nonvional ou tochnolv-
gy, equipmont "d transport. it the **.*ion dsal~nx
with tGOhx'OIOCY Parbro warv road by the follovIng,
_?r0f- Doctor Of rechnitt~i act .... 9,
U_erT_4N_TroblGW In the planning of Alluvial DLnn*
CandldAto of Toohnical Sel.noss (Itat L!
to of Y-behantes, ef the Acadomiy of Zolemoom of the
U35R)I '26cullar features of t1lia Dilution and Con.
t:610 of sand youmdation LobanQr, CandL.
-Ra.
Vnil
of Technical UvIences
luria-I Construction.; A. M-12nitay, Cnadidita of
Tachnical rojenoas (2.1- Vqjdorto~-.v VrjIG) end _V_:~.
SpIXAMn, candidate of Tochnio.1 Scl.n..P (Inotitutt.
Of IR40hanlon of the Ace4eny of Science " 0 f th. =r-I)l
'The Can-olidation and C=;z,*-I.tt of th. ), Oundatittla
(Of tho toy Parto of Farth D~ U-1
0 BI)v ~Ilenaaxch on Alluv!,Al Coc~t"~ttan by Mol-nn
Of C4jboBtve Yc=dattomoul M.r~ vu-Inor C~dl-j.%ta of
v
.0.)NIcal 3ol-ttecei 'Th* I*qdrQ-,l N-_C ... Ir-ti.n of
11- hworka b, Moaom of Loono Yo-datione' ; B_A_ YLI.
aLz (V~v ._Lv_YtY9hcv 11151). -h. All-t.1 C...t-UatjZ~j
Of the 58-.-farynak 4= a. the Tti,or by tfom%p
of VI-On-GmInod ~Sind-; I.Ia_.Eumi~c,. at
I.t. the F-ph 1 1 2 P.C~Iriiifll- of 3-1 7.=A4.
0 CA
ti-"; FO,,t~ Or. L:-Z.
(VIN;G111 0.. t. _.-tlon
Of the 1."l. of In-'11mitlor ~f ~-!h
Candid-nto of T-Iint,.,.I
HQthvl OY Calculating the Thlwt- !(,it, of ?rn-,,%
.1 the upper SI.p- nr ;-1 D~-- -h- co,,_
wl~tr' 1,
th.
-1 .. l- :. 1;i). " , ;- ., j, -, i a~
th. tl.~ Of

BLIZNrAK, Te.'T.V otv.red. [decessad]; TOYIN, A.P., otv.red.; KUDASHEVA,
I.G., red.:12d-7a; ASTAF 73YA,'G'Z'
d
[Eydratlic's of structures and dynamics of river channels]
Gidravlikzi soorazhetii i dinamilm rachnykh rusel. Moskva,
1959. 242 p. 011RA 13:2)
1. Almdemiya nauk SSSRO Sovet po problemam vodnogo k-hozygyatva.
07draulio engineering)

sov/.180-59-3-38/43
AUTHORS.; Spivakovskiy, A.O., Smoldyrev, A.Ye. and
Ttfim, A.P. ~Wyoscow)
TITLE: . Research Work in the Field of Mining Hydraulic and
Pneumatic Transport
PERIODICAL: Izvestiya Ahademii nauk SSSR, Otdeleniye tehlinicheskikh
nauk, Metallurgiya i toplivo, 1959, Nr 3, pp 180-183(USSR)
ABSTRACT: This is a brief review of the state of the utilisation
of hydraulic and pneumatic transport of mined winerals
in various countries and of the main directions of the
research wor3c on the subject carried out by ths-
Institute IGD of the Academy of Sciences of the USSR~
Main points: 1) Analysis of technico-economic
efficiency of application of hydraulic transport and
the field of its application. It was established tliat
long range transportation of' materials of a size above
6 - 3 mm is at present uneconomical. The field of
application of hydraulic transport of coal at distanceB
of 90 - 50 km is governed by conditions of wet
beneficiation or the removal of water from deposits.
2) Studies of basic hydraulic and kinematic characteristics
Card 1/2 of streams of hydromixtures (the relative velocities of-

sov/180-59-3-38/43
Aesearch Work in the Field of Mining Hydraulic and Pneu=atic Transport
movement of particles, starting, free and inhibited
fall etc). 3) Investigations of hydraulic transport of
coal and other minerals in horizontal and vertical
pipes of a small and large (400 mm) diameter.
4) Development of methods of designing hydraulic
transport on the basis of a single semiempirical theory-.
5) Investigation of the pulsation characteristics of a
stream of hydromixtures. 6) Development of' control ana
meaauring appara-Luij for research and industrial
~) Investigation6of hydrotransport o '" minerali3 under
industrial conditions (investigations were carried out
in the Donets basin, some experimental work was carried
out on the determination of parameters of hydraulic
transport of ores of 0.3 - 0.4 = in size).
8)'Development of some new types of small scale
pneumatic installations (in the Kuznetsk basin). In the
appendix some apparatus and installations are briefly
outlined and illustrated. There are 3 figures.
Card 2/2

PHASE I BOOK EXPLOITATION SOV/5354
Zburin, Vladimir DmitriyevIch, Professor, Doctor of Technical Sciences,
and Andrey Pavlovich Win, Professor, Doctor of T echnical Scitznces
Obo-rudpy~~-gtOi~qmjpMWAz.ataii-(H:k&omechanization Equipment) Mos-
tow, Goss-troy'izdat, 1960. 298 p. 4, 000 copies printed.
Ed. of Publishing House: N.M. Borshchevskaya; Tech. Ed. : P. G. Cilenson,
PURPOSE: 7bis textbook has been approve-3 for hydraulic engineering divi -
sions of schools of higher education by the Ministry of Higher and Special
Secondary Education USSR. It may also be useful to technical personnul.
engaged in designing, constructing, or operating hydrornechanizatir-ir
ment.
COVERAGE- The book-is bas-edo'n-the course "Hydraulic Mechanization
Equipment" adopted by the MISI imeni V. V. Kuybysheva (Moscow "Orde,,-

Hydromechanization Equipment SOV/5354
of the Red Banner of Labor" Construction Engineering Institute imen-i
V. V. Kuybyshev). I'he-following tq]?ics are discussed: Soviet and
non-Soviet mechanisms and equipment for handling various soils by
hydraulic and semihydraulic methods and for hydraulic transportation
and hydraulic fill of,earth structures; characteristics of up-to-date
equipment; the more widely used methods of calculation; and methods
of improving existing machinery and developing new equipment. The
authors thank F. M. Dolgachev, Candidate of Technical Sciences, who
wrote Ch. M., and M. K. Myts, Engineer. There are 10 references,
all Soviet.
TABLE OF CONTENTS -
Foreword 3
Card 2/13

zVolT
mov.,4~79y otvo TodoyZHEMMIYAKOV, G.V., doktor tekhn. nauk, red.;
VF371j-&J.. doktor UIhn, nauk., red.; CI&RNOSKUTOV, K.A., rfd.
DOBYSM, Yu.G. rad. izd--va; DO-MURIA, I.F. tehh-n. rs~d.
:1

SPIVAKOVSXIY, Aleksandr Onialmovich; MUCHNIX, Vl&bmlr Semenovich,
doktor tekhn. nauk, MWIN Andray Favlovicb. doktor tekhin.
nauk.,- SNOLDYISY, Ana-17cll~ 'YievWikiheyerlc~ kard. tekhn.
nauk; OFENGENDEN, Naum Yefimovicb,, kand, tekbr. nauk;
BORISENKO, Lev Dmitr1yevich, kand. tek" nauk; TRAYNIS,
Viulen Vladimirovicb, kand. teklm. nauk; Prinimali uchastiye:
XUJMTOV,.A.K.,,in2b.; MMOV, Yu.A.,, inzh.; KORSHUNOV, A.P.,
j,
w!WKATAi. G M., ~t khnf .~ red,
[.Wrau3.lc:and pneumatic transportation in mining enter-
prises]Gidravlicheskii i puevmatichaskil transport ra, gor-
nykh-predpriiatilakh. -~bBkva., Gosgortskhizda'~ 1962. 250 p.
UaRh 16:3)
I.- Chlen-korrespondent Akademil. nauk SSSR (for Spivakovskiy).
2-. InBtitut gornogo dela im. A.A.SkochinskogD (for
Smoldy-rev). 3. Vsesoyaznyv zauchno-*Assledovatel'skiy i pro-
yektno-konstruktorskiy institut po g1drodobyche uglya (for
Ymcbnik). 4. Dometiejdy.nauqhno-issledovatellskiy ugollnyy
Institut.(for Ofengenden). 5. Mookovskiy inzhenerno-stroitell-
nyy Institut Im. V.V.Xuybyzhev;a (for Yufin).
(Pneumatic conve7ing) (Hydraulic conveying)

MIMACH, Pavel Petrovich; YUFIH,-A.P,, doktor tekhr. nauk, prof.,
otv. red.; ORPIK, S.L., red. izd-va; UL'YAROVA, O.G., tekhn.red.
[Hydrodynamics of bydraulic structureflGidrodinamika gidrotekh-
nicbeskikh sooruzhenii; onovnye ploakle zadachl. Mloskva, Izd-
vo Akad. nauk SSSR, 1963. 189 p. (~M 16:2)
(Hydraulic structures)

prof.,: dokt,6r tekbn.nauk; BOGOMOLOV,
AtIvip doktor tekhn.nauk.. retBenzent; TEPWV, V.A.,
~doktor tekhn.nauk,, prof.., retsenzse.;~ SLMSONOVA, M.T...
red,
(Hydraulics, bydraulic machinery and IWdraulic drive] Gidravlika,
gidravlicheikie mashiW i gidropri %*d. Moskva.,, Vysshaia shkola,
1965. 426 p. (MIRA 13-.12)

r 7
I'h, 7Pr I T,
t,;5.. A'and. tekhn.
I.; A
h-'
dc s-,
n!"
k F L I Will'

BMSRTMI
., ~k-' " A.D.,
:iA!;6~-j'wtGvrj, TI.A.v lizlh~- 1l.'4%
a,j~%BU MEAA
am
MCB~ V
OKUNEV, N.A., in-zh.; TURZHITSK.D'.
inz-h.;-M-ITA.M.; inzh.; SIMLIVAKH, V.F.9 inzh,
[Manual on the quarrying and processing of rock building
materials] Spravochnik po dobyehe i pererabotke nor-adnykh
stroiteliny" naterialov. b3ningrarl, Stroiizdat,, 1965.
520 p. (MIRA .18:2)
2. Vsesoyuzrjyy goSUdarstvenmyy,i-nstitut po proyektnym i
naucbno-issledovatel I skim rab o~.am promyshlenno~;ti nerad-
rjykh s'llroitellmykh materialove

YVIN, V. A.
Yrr !1i a
-V A. "Investip., tio'nof the frocess-.bf Mixing follo,,--d? by
ing.of Petroleum Products along Trunk Pipelines." I'Lin Higher Ldu-
cation USSR. ~,Ioscow Order of L--bor Red Bamier ratroleum Inst imeni
of Petroleum and Gas* Moseosi3 195,6.
(Dissertation for-the Degree of Candidate in Technical Sciences).
SO: Knizhnaya Letopis', No 9, 19W.

_11(0) SOV/93-58-10-13/19
AUMR: Hikolayev, V.V., Sushcbet-ko, Ye.G.,,,'AV_1
.4w,Y4-.4,."d Yal-unin, v.v.
TITIZ: Radioactive Densimeter for Gravity Control on Pipel1w.,s Simulten-
eously Carrying Various Batches of Petroleum Products (Radioaktivnyy plot-
nomer dlya tzmerentya plotnosti nefteproduktov v traboprovoda'Lh pri posled-
ovatellnoy perekachke)
PERIDDIM: Neeftyanoye khozyaystvo, 1958)gSr 10, yp 5M2 (USSR)
MOTRWT: Radioactive densimeters for measuring the gravity of the various
petroleum -products simultaneously carried by pipelines have already been de-
signed in the United States [Ref 1] and in the Soviet Union. Me GF-1 densl_
meter, designed by the VHIINP Institute and described in the liter-aturL,
(Ftef 2], had a number of defects which were eliminated in the FLhR-2 densi-
meter (Fig. 1) designed by the M Teplopribor. gle PZhR-2 Model consists
of a radioactive sourL-- mouated on a disc and rotated by a synchronous
motor. 7he gmmma rays from the source alternately pass through the test
fluid and the compensating wedge and hit a scintillation counter. The electric
impulses emerging in the counter are summed up on the lnl~egration cell
from which a sinusoidal signal of unbalsacee is obtained. The signal of
zn*halance is amplified by an amplifier and with the aid of a phase -sensitive
Card 1/2

SDV/93-58-10-13/19
FOAlioactive Densimeter for Gravity Control (Cont.
instrumentrotateB a reversible motor which shifts the compensating we6ge un-
til the stream of radioactive rays pagoing through the test fluid and the
compensating wedge are balanced. The compensating wedge is shifted simultan-
eously with-the core of the Induction coll which masters the telemetric system
of the secondary instrument. 7he distance the compensating wedge is moved
from the neutral position is directly proportional to the -ariation in the den-
sity of the petroleum product. (Fig. 2) shows how a PZhR_2 densimeter is em-
ployed on a pipeline of 150 mm in di ter carrying three different petroleun
products. In this case the data vere recorded by an EPID-03 typee secondar-y
instrument, but when it is necessary to record the change in density with
reppect to time the EPID-03 unit must be replaced by a DSR instrument. A re-
cord of change in density with respect to time is shown by (Fig. 3) and the
percentage of error is given in (Table 1). 7be authors conclude that the
PZhR-2 densimater operates within an accuracy of 0.5 percent (0-005 9/cu cm)
and that the accuracy can be improved farther by stabilizing the intensity of
the electric feed. !Ehe PZhR-2 unit can be employed on pipeliaes of 100-500 mm
In diameter. It will be produced serially in 1959. There are 3 figures, 1
table, and 2 references, I of which-is Soviet and 1 English.
Card.2/2

TABLINSUT, TBevolod SB:rg6yevlCh-.'-Iw;Nj
"volo-d.,Aleksandrovich,
BUDAROT, Ivan Prolrmfl7evich-, RASTOTA, G.T., vedushchiy red.;
3,A,, te)-ft*r9d,
[Consecutive Pipolining of listroleum -products and potroleumol
Fosledovatellnaia yerekFicbka nefteproduktov i neftei po magi-
Bt-ralln7m trdDoprovodam. Hoskva, Gos.nauchno-tekhn.izd-vo
neft. i gorno-toplivnoi lit-ry, 1959. 148 p. (HMA 13:2)