SCIENTIFIC ABSTRACT OLEFIR, F.F. - OLEJNIK, Z.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001237920020-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


u
OLEFIR) F.F., Irind.tjkhn.vauk; TIOGANOV, V.F,, inzli.; TIT-IDSHEMO, E.V., inzh.
Aut,oaatiC L'peed controllers for elf!.,ctric motors of a re-iersinlc,
F 16 5.
mill ut.An(i. i avtom.proizv. 19 no.2:12-13
(MIRA 18:3)

MASAGUMV2 R.H.; GM)5,V, R.N.; DANILOVA, H.A.; RISOV, B. a.;
OLEFIR, n.A.
Test rwn of a high- tempera ture catalytic cracking unit using
vacuum gas oil as the raw stock. Trudy Enahlill NP no.7:29-35 '64.
(MIRA 17:9)

red, C'.LE "I R'lX0 G.A.
MV14 4~~n of
[lIew
orgyanizai:;12-
ho3psda-r.933cyllch zashVr.3 2'ojr-rfk ~3tatr--.j. Y'Viv, Urozbai
-9,~4. 215 p. 18:8) t

UIASHNIKOV, Aleksandr GrAgorly6vicbj kwnd. toRbi. muk;
OLEFIRMIKO, G.A., rod.
[Repair of the basic tractor parts] Re=nt bazisnykh do-
talel traktorov. Kiev, Urozhai., 1965. 280 p.
(MIRA 18:7)

OLEFIRENIKO, L.P.
Sunflower as a crop to precede corn. Zemled-alla 25 no.8:74
AS 163, OMU 16:10)
1. Glavnyy agronam kolkhoza Sbavchanko,, DomanevsXogo rayona,,
Nikolayevskoy obl&BtI.*
(Sunflowers) (corn (Mai2e))

OLIFIRMKO, S.
)%kiAg blades for grinder=. Miss.ind. SSSR 25 n0-5-59 '54-NINA 7:11)
1. Unhgradskiy m7aaDkombinakt.
(Meat grindera)

DLIPTIRMO, S.
Making knift blad&B for meat grindera by hot stamping. Nias.
Ind. SSSR 25 no.6:33 054. (K= 8:1)
1. UningradskI7 myasokombizat.
(Meat grinders)

OLIF~10~,S.
Drilling holes in meat grinder screens. Wi3a.And. SSSA 23 no.6.-
56 154. (MLHA 8:1 )
1. leningradskiy u7asokombinat.
(Meat grinders)

DIRFIRMO, S.
wwwww----F~
Manufachme of links for chains* )4ias,,iTA*SSSR 26 no.2:54-55 15").
WMA 6: 7)
1. lemimUadskiy myskom'bizat,
(Metaa working machitery)

L 04433-6-7
ACC NRs ArVVJ0.X)V SOUJUR CODEJ VjV033W6!VDOQ/,0O51,DO391C04V
ArMRj Olefirenko3 S. 49
ORGj Leningrad Heat Combine imeni S. M. Kirov (Leningradekiy pyasokombinat)
TITLE3 Machin* for cutting moat) liver) and udder
SOURCEj Nyasnays inductriya SM, no. 5, 1965,, 39-40
TOPIC TAGS3 food product machinery) processed animal product
ABSTRACT3 A diagram of.the cuttin tool for meat and other foodstuffs is shown below.
The machine consists of a frame (11.1 a drive mechanism (2)1, pins fixed on a chain (3),
and cutting disks (4). Pieces of meat are pinned on the pins and put under the
cutting disks. The apace -between the disks Is regulated by platen depending on the
thickness of the meat pieces. The disks revolve at a rate of 450-500 r.p.m. A pipe
with cold vater for moistening the disks and facilitating the cutting process is
included in the design. The electric motor has a power of 2,,8 kw and revolves at a
rate of 1950 r.p.m. The machine "rates noiselessly and carries out the vork of
,,three amploy"B. Orig. art. haB3 one figure.
SUB CODZi,06.j 13/ SUEN DAT33 none

Ic- T
lv.
the CO 'u c,
17t

B/032/63/029/OD2/C)OL/028
3101/BiBb
AUTHORS: Lisetskaya, G. S., Romazanovich, N. P., 2lefiranko2_V- F-,
and Kamyanaya, X. X.
TITLE: Determination of microimpurities in caustic alkalis
PERIODICAL: Zavodskaya laboratoriya,v. 29, no. 2, 1963, 156-156
TEXT: The colorimetric determination of 10-5 _ 10- 65t Cu. Pb. Ca. Ni.Pe.Hk-:
Un, and of the sum of heavy metals in alkalis is described. The sum of
heavy metals of the hydrogen sulfide group is determined by extracting the
diethyl dithiocarbamate complexes from the alkali neutralized by HC1. The
extract is evaporated, moistened vith H2S04') calcined at 6000C, and
dissolved in HC1. Tho sulfides are precipitated with water containing
hydrogen sulfide and the color of the solution is compared with a
calibration scale in acetic acid medium. The absolute senstivity is 2gg
in 4-5 ml of the enriched solution (referring to Pb). Since mercury
volatili2oz in this treatment a weighed portion of NaOH is neutralized by
ENO 31 it is boiled with KMnO 4' the excess permanganate is reduced by
oxalic acids the disturbing elements are bound with Trilon B at PH - 4,
card 1/ 3

- S/032/63/029/002/006/028
Determination of microimpurities in ... BIOI/3186
and Eg is determined with dithizon. The sensitivity is 5-10- 6%. copper
is determined by extracting the diethyl dithiocarbamate complex at PH = 4
from NaOH neutrali2ed by F-Cl. Disturbance by Fe(III) is prevented by
sodium pyrophOBphate, the disturbance of the other ions by Trilon B. The
determinable minimum amount of Cu is 0.1 pg in 0.5 ml of CC14 extract.
To determine Pb, NaOH is neutralized by HNO 3) and the dithi2on complex of
Pb is extracted with CC14 at pH = B. Precipitation of the hydroxides is
prevented by ammonium citrate, Fe(III) is reduced by hydroxylamine, Cu is
bound by KCN. Only Bi is disturbing. Pb can be separated from Bi by
re-extracting Fb into the aqueous phase in acid medium. The sensitivity
is 2-5*10-6~. To determine Ni, N&OH is neutralized by HCl and the nickel
dimethyl glyoximate is extracted by chloroform. After re-extraction into
the aqueous phase, Ni is determined with dimethyl glyoxime in the presence
of iodine. The sensitivity is 1-10- 6~4. Fe is photocolorimetrically
determined as sulfosalicylate complex in NaOH neutralized by HC1. The
sensitivity is 1-10-59t. To determine Ca, VaOH is neutralized by HC1,
evaporated to dryness, and CaCl2 extracted by ethyl alcohol. The heavy
Card 2/3

S/032/63/029/002/006/02S
Determination of microimpurities in ... BIOI/B186
metals are previously separated as diothyl dithiocarbamate complexes.
Ca is determined by murexide. The sensitivity is 5-10- 5~.. Un is
determined by the usual silver persulfate method by extracting the
diethyl dithiocarbamate complex from NaOH, calcining, and oxidizing Yx
to Mn(VII). The sensitivity is I-ID-6%. Maximum sensitivity can be
reached with weighed yortions of 20-50 9 of dry VaOH. The method was
tested on mixtures of pure-salts. There are I figure and 1 table.
Card 3/3

jr~., C c o -n;
it bL;t -.n ti ~uj C,
16.
117)

-1 . I ~ - --e-I .-,
01AFIRENKO, 7. T-.. :2, .
Material on the clinical and physiologirBI basis for using pln,3
needle baths in treating hypertension. Yop.kur.fix. kal't. 23
no.1:43-47 '58-' - (MMA 11:3)
1. Iz Nauchno-is.Bledovatel'skogo InBtituts fizioterapti, Minioterstva
sdravookbranoniya RSFSR (dir. - cblen-korrespondent AMN SSSR prof.
A.N.DbrDsov)
OffP%MNSIDN) (BATHS)

DLEFIRMF40p 7.7s, BtarBhiy ntLucbnyy Botrudnik
Underwater intestinal lavage. Yied. aeBtra 29 no.304,33 Yly 360.
(HM 23:9)
2. Iz ballneoterapevtitheBkogo otdeleniya Gosudarstyennogo naucbnD-
issledovatell,skogo inBtituta kurortologii i fi2ioterapii Himister-
stva zdravookbiweniya RSFSR, Moskva.
(121DIA)

WNOGORODSKIY, V.G.j STUDNItSM, I.A.3 OLEFIRMIKO V 1" SAFIURMp S.N.;
R&UROVA, 1. N.
Treatment of hypertension patienta with a ultrahigb-frequency electric
pane current. Yop. kur.., fi2ioter. i leeb. flz. kullt. 23 no.'AW4-
ng xr-AP 160. (MMh 1319)
II Is Gosudarstvannogo nauchno-iaBledovatellskoRo instliuta kurortologii
i fizioterapii v Hosk7B (dir. - kandidat meditBinakM nauk G.N.
(MCTROTMWEUTICS) (HYPER= 1010

OLEFIRElIK03 V,T,
8lizauutiOn Of the Imfl-cence Of carbon dioxide and radon
bathe on patientz with hy;artenBlon of the first and second degree.
Yop. 3=.2 fizioter. i lech. fiz. kullt. 26 no. 2:138-143 Mr-Ap
761. (MIRA 14:4)
L Iz Nauchno-IBaledovatellskogo iwtituta fizioterapii
XWBterBtva zdravookbrananiya RSISR (dir. - chlen-korrespon8i~mt
ANN SWR prof. A.N. Obrosov).
(HITERTEIZION) (CARBON DIOXIDL.-THMUSUTIC USE)
(RADON.-THMAPEUTIC USE)

OLMRENKO.? V. T., Yand. med. nauk
Unde:rvater shower -~nd maBBage. Zdorovle 8 no.7:3.1 Jl '62.
(MIRA 15:7)
(HYDROMRAPY) (MSAGE)

OLEFIF010) V.T., stanhly na*uchnyy sotrudnik (NoBkva)
Submargod douche m"sage. Mad. Bastra 22.zo.4:33-35. AP 163o
(MBU 16:7)
Is Iz TSentrallmogo nauchno-itiBledovatellskogo imstiteta kurort~o-
logli i fizloterapii. (HYDROTMOY)

NEVRAYEV, G.A.; '9~~FIREMIKOj V.T.
Effect Of the ChDniCa-l C0:+DL--itlon of waUr on the therzal
action of water buthn. Report No. 1: Effect of hot fr-enhwater
and carbon dioxide babis. Vop. kur., fizioter. I Isch. fiz.
kul3t. no.6:503-509 163. (MIRA 17:8)
1. 1% ballnuDtorapovtichui3kogo otdo3s (zuv. - prof. Kh.H.
Rreydin) Wentrallnugo in.-itituta kurortologii i f1mloterapii
(dlr. - kand. raed. nauk G.N. Pospelo-va).

ACC-NRi- A766333-2-3
AUT110H.- Gronskly., Ta. 1. (L9vm); Wleboga,, L. A. (Llvoy);-Oleg, V. 1. (Llvov)
ORG: none
TITISS: Comprehensive apparatus for the production and investigation of short acoustic
pulses
SCURCE: Ali UkrSSR. VoproBy yrikladnoy akustiki i vlbratBionnoy tekhniki (Principles
of applied acoustics and vibration technology),, Ydev., Vaukova dumka2 1966., 91-94
TOPIC VZS: acoustic equipment, pulse generator,, sound transmission, acoustic signal,
electroacowtlcB
ABSTRACT: Ube autbors describe transmitting-receiving ap-paratun for large pulsed cur-
xentB, aimed at -producing the electrobj-draulic effect (FIge 3.)o 7he apparatus opeerj:~
Fig. 1. Diagram of acoustic pulse generator. 3. Charge-
discharge unit., 2 - triggering pulse generator., 3 auto-
matic control unit., 4 - high-voltage rectifier, t syn- W9 rM
cbronization block., 6 - synebronization output.
MW 6
atea ~m a principla sivail to that of the bydraulic 6
ram,
'using the synchronized charging and discharging of ca-
_mcitoraa Pulses of several microsecondn, at voltagoB Up

ACC NRI A16033313
to 3o kv and at energies up to 1-3 x 103 Ji are generated. Ube control ci-muit tri.-
gering the discharge of the capacitors and production of thezar4plen also &-arts and
stops a tape recorder. 7he appamtuD veigbB 5~O kg and conBunes aygraiimtel:7 12D0 W.
Drig* art, bas: 2 figureBa 0 1
MM ~MEI 2D, 09/ SUBM D=i 3,gVAy66/ ORM E73 002

-ABRUKIN, _D~o. --
Study of the stabi2ity of reBonance relay networks for the
ChT-3-typa system. Trudy VNII no-115:3-17-M, 1611. (MA 15:1)
(Oil fielft-Equipment and supplies)
(Remote control)

XUBLAHOVSK17, I.B. 3 DIEGOV, D.O.
Automatic and remote contrDl of pipaline tranBportation of
oil. Trudy VNII no.35:3.29-341 361. (MIRA 15:1)
(Patrolem-Pipelines)
(Automatic cDntro3)'
(Remote control)

:1.0,
Plagnetl~- .- I ra~,notlc J'c;.7 decp =.e:t2ure!,.ent5.
Naftenrcm. , - - , 4;z- 11;2 t 6 3 . (M:HA P-14,

011-41GOV, D. 0.
Di)toL'T7.dr,lr,g th~ -yiOld C-A' , ],~.
tekh. .9bor. po dobb rieftl r,,)&27:42-48 165, !P:~',~~
y rzucl,,i,.o-issle,"Io,,-at6i'skiy Jinstil~ut.
1. Vseso.;-uznyy reftegazovy-

OLICELAO Jot, ?rim, Mr
Yatty substance in the anterior obambar. OeA. of tb. 20 rAO.3:
190-192 -Je 154,
'l. z ocniho oaaeieni ~OMM T X=OVD. ll~reanostw priver XUI~r Josef
Olehla.
(:gTll
*penetration of fatty ointment into anterior chamber,
tolerance)

OLNILA, JoBef, MUDr.
Mobbyl alcohol amblyopla treated with ethyl alcohol. Cesk.
oftb. 12 no.2:137-138 Apr 56.
1. Z ocniho oddpleni OUNZ v Krno7e. Primar MUDr. Josef Olehla.
(AVOLTOPIA, etiology and pathogenesis,
methyl alcohol, ethyl alcohol ther. (CS))
(A,UOI?OL. M3THYL, poisoning,
causing amblyopla, ethyl alcohol ther. (Cz))
(ALCOHOL, WM, therapeutic uBe,
amblyopla caused by metbyl alcohol pois. (Cs))
(POISONING,
mat'hyl alcohol, cauBing amblyopia, ethyl alcohol
thmr. 02))

L 31364-bb RO
ACC NRl AP6021276 SOME CODE2 RU/0003/65/016/001/0019/0M
T
A
U
Gleinek. H.-41einek, Kh.
ORG: none
TITLE: Studying the chlorination of hydrocyanic acid
SOURCE: Revista dB chimie, v. 16, no. 1,, 1965s 19-22
MPIG TAGS: chlorination, weed killer, cyanogen compound, inorganic synthesis
ABSTRACT: The author
deBcribes the synthesis of chlorcyan by the chlorination
of hydrocyanic acid by elementary chlorine in aqueouB solu-
tion. The inttallation, operating conditionB, reaction
nechiminm and principal parameterB of the syntheBis are
briefly dencribedp and the Amportance of the reaction in
the syntheBiB of herbicideBl(ff the S-trinZiMS ClaBB iS
pointed out. Crig. art. has: 2 figures, 2 formulas and 2 tables. [Based on
authorls Eng. abstract) DFL91
SUB CODE: 07, 06 / SUM DATE: none / ORIG W: 001 / OTH EEF: 008
SOV REF: ODI
UDG: %6.267.632.

OLEINIX7 O.A., aspirant
T-Intoretical layout of specinn",d tark car pr,&parntion ards.
Vast. TSNII WS 22 no.8:48-53 163. GA 17:2)

L 1`2_116._~_f'6 I ! ~/r' -7(~,~,)
~J
i6 SOURCE 'COD9'. YO'0301661014F6010 l?O521
2806
AUTHOR: Lifshita. T. M.; Olelnikov,__~_. 'K41_.; Shulman. A. Ya
K41_
ORG tInstitutq-,of Radio__~_ngjne_Sapj..~~,a4' Electronics. Academy of
-Sciences of USSR. Moscow
TITLEi On the electron gas energy rclawatio In mechanisms in n-type
InSb at 11lium temperatures
-11IRCEs Physica atatuz solidi, v. 14, no. 2, 1966, 511-521
so
TOPIC TAGS: indium.antimonide, relaxation energy, piezoelectric.
scattering, phonon, crystal lattice, Hall constant, electric conduc-
tivity
ABSTRACT@ The relaxation titap, of the electrical conductivity (a) and
the nonlinear coefficient 0 were investigated in n-type InSb as a
function of the dc power applied to the samples. Measurements of the
active and reactive comporients of a were performed between 1.8 and
4.1K. Sam3les 10 x 1 x 1 mm with an excess electron concentration
3-5 x 101 cm-3 and a mobility *12-5 x 104 cm2/v-sec were used In the
experiments. It was established that the average electron relaxation I
I 'I
time in InSb at helium temperatures depends on the power supplied to i-
the sample. Thia dependence Is not monotonic# due to the change,of i4_
-Card 11_2-

L 2 1`6
kcC NRt
APOUIZOU
mechanisms of energy transfer to the lattice from the electron gas
during increase of its temperature. When the temperature of the
lattice is that of liquid helium and the electron temperature is less
than 8K, the predominant mechanism of energy loss is the loss by the
piezoelectric potential of acoustic phonons. This mechanism deter-
mines the increase of T with T and also the S-type shape of the dc
current-voltage characteristic at low lattice temperatures, The .
deformation potential of acoustic phonons contributes relatively little-
to the energy loes. From the data on T/T it wa d7termined that the
piezoelectric modulus in InSb e14 - 2.6 x 104 d;nI 2_crj-l and that.the
deformation potential constant,,-,. 0, %P 0 f or u > 0 and %PU
u
each problem a generalized solution is defined and its existence
and uniqueness is proved. It is shown that in all points in
which (1) does not degenerate, the generalized solution has
continuous derivatives which satisfy (1% in the usual sense.
The authors fornulate 23 theorems with ~-finitions and con-
clusions. Most of the results are already published (see [Ref 9,
10,113 )-
There are 16 Soviet references.
Card 1/2

. Cauchy Prollens and Boundary Value Problems for the Equation SOV/38-22-5-6/io
of the Type of Instationary Filtration
PRESENTED: -by S.L.Sobolev, Academician
SUBMITTED: November 21, 1957
Card 212

JI I
7A.
ro
"pul .

FCkTJR Jptroqlav. NIGIM; 3agnr, SYMA, Miroslaw, OLWNIX, Udalryk
3xperiments on serum tranDminaze acti-vit7 In hearl. diseaseB.
Polskle skrcbevedo vowns 28 no,2:19.3-:L99 1958
1. T III Iliniki Chorob Wevnetrznyeb UnlverBytetulm. Hasaryka
w :Brnle. llarDwnlkse prof, dr red, J. Pojp:r 2 Zaklmdu Chamil
IekArsklaj U.M. 119Townik2 prof. dr =ad. VNMer oraz z 11 Iliniki
Chirurgic%nej U.M. Xierownik: -orof. dr nod. Davratil. Adres autora:
J.P. , 111. Vnitrini XlInika Magarykowv Univers.*tetu, 33rno. CzechoolowneJae
(HLW 3)133ASv,, metAbolism
sanm trawinmiijAne Retivity, det,!~rm, (Pol))
(TR,ANSXIN.ASF,S, In blood
In various heqrt dia., dote,-=. Ojol))

C) I J-07; j F.j
Przagl. epide-m. 18 no-2:13-18 '0.-
1. Z 11 Kliniki :~Ii~dy~-.nnfjj w
(Fierc,willk.. pi-cf. ~lr.