SCIENTIFIC ABSTRACT ATAKOVA, Y.Y. - ATAMANOV, A.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000102510003-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

NINIHOVSKAY-A, N.A.; ATAKOVA, Ye.Ye. (Mo5kva)
------
Ctuayes in the liver in Osler's discaso. Arkh. pat.
27 no.2:78-82
'65- (MIRA 18:5)
1. Patologoanatomiclieskoye (konsulltant -
kand.med.nauk R.D.
Shtern) i terapevticheskoye (zav. Yo.Ye.Atakova)
otdeleniya
Moskovskoy gorodskoy kainicheskuy bollnitsy No.29
imen! N.E.
Baumanft (giavnyy vrach - kand.med.nauk N,G.Orlov).

ATAKULIYEV, A.
Benthos in the lakes of Kelifskiy Uxboy. Izv. All Turk.SSSR.
Ser.
biol,nauk no. 6-77-81 163. (MIRA 170)
1. Institut zoologii i parazitologil AN Turkmenskoy SSSR.

ATAFOLIYEV, A.
V
Materials op the feeci 'ag habits Df s.,me spec-)s -,'
fiah in the
bodies of water of the Kelifskiy Uzboy. Izv. AN Turk.
SSR. Ser.
biol. nauk no-5:59-67 163.
(~GRA .17: 10)
1. Institut zoologii i parazitologii AN Turlmonskuy
SSR.

ATAKULIYEVp A.
Feeding habits of some coarse fishes in lakes of the Kara
Kum Canal Region. Izv. AN Turk. SSR,. Ser.bio2.nauk
no.5t76-80 1654 (MA 18;11)
I* Institut zoologii i parazitologii AN Turknenskoy SSR.
4

t.MO3-63., SM,
- - - - - - - - - -
1601,
1ACCEM47AIR: AP3DO6463 a/O'M/63/008/00911594/
IAUTFMRs Avoklyants, 0. N,.l Atakulov, B. I ftry*gin, V. 1.
pOtheredov, A. D. I
71.
Tezbabaev7
TIM: Active and reactive currents in an asymetrical electron-hole
junction with
:high injection levels
1 SOMCE: Rad!Lotekhrdka I alaktronika, v. 8, no. 9, 1963, 1594-1601
ITOP330 TAGS: smiconductor,*e1potron-hole j!anctionp asymetricia
junction
;ABSTRACTi A theoretical.investigation is pr9sented of the
majority~-carri
Jelebtron) CU*"ent in the base of an abymmetrical p-n junction. It is
olazed ths;
~no ffadequatel$ complete aM rigorous statement of this pzvblemiv has
ever
published. It is assumed that: (a) the hole band is highly alloyed;
(b) the
:electron (base) band is relatively lightly alloyedl (cy a strong
ele, -ron
:recombination band exists vithin the junction. On the basis of the
wtpressions
',for generation/recombination hole and electron currents in the
junction, an equatim.
'for the voltage drop across the p-n junction is set up and solved.
Static and I
~Aynwlc current-voltage characteristics are described amlyticallyl
diode reactance,-
Ccwd 1/2

L 19703-63
:ACCESSION MRs AP3006463
is evaluated, its well an, the inductance of *abort* diodes, A
combimtion of
:inductive characteristics of the diode with the negative resistance
to the
Iforward ourrwrL is held possible. 1. Landanys work.(3RB:Trans,.
Electron Devices#
1960, m)-7, 30:5) is criticized. Orig. art. has: 63 fornalas.
1ASSOCIATION: t4ishkent0skly gowAarstvenny*y universitet in. V. I.
Lenim
(Tashkent Stato University)
ISUBMITTED: O2Jul62 DkTH ACQs 3OSep6li MCLs (100
ODE P" NO REF SOVt 002 1 003,;
I= C
91 GoM 2/2

AUTHOR: &taU)mLJ"
Z
TrME: A study of the first braneb of the volt-ampere curves for long
semiconductor
diodes
SOURCE: AN UzS!M. Izvestlya, Serlya Mtko-matematichealdkh nauk, no. 5,
1994, 68-62
'roPIC TAGS: long diode, germanixim diode, seint.,onductor -diode,
aillcon diode, gold
doped diode
a oft, characteris es
ABSTRACT. PrevouseMxerlmental-in,4jbstigatlo-ns:6ftb volt-abip ti oi
iong iGdes have either beel concerned vith relatively short diodes or
were of a more or less
-lip r"!'I "T
the effect of a ma-grietac field an their proper-ties are described.
Substanuai agreement is
obtained between experimont and theory for diodes with a base w~.dth
between 2 and 6 m!n.
The temperature depmder.ce of the volt-ampore curveB of a gernianium
diode with d = 3 - 5
Cord 1/4

L 21349-W
ACC~C)N NR: AP50008,30
imm is sbaxn In Fig. I of the Enclosure. A segment with negative
resistance Is observed
;.~t temperatures below rC. 71e negailve resistance followB a sepment
governed by Ohm's
axk and i s its elf f 31 lowed Ijv a seprn en t in which a powc 1 1
aw prevE.Us . Anplys is of the
I'T",
S T" 1*3.%,1 T TT ED: S-De,-63 F N C L: 02
SlIrp COPT'. EC
NO REF SOV: 006 OTEER: 001

S-R! AP5000850 -RF
CLOS~
y
/L
-V
7r
Fig. 1. Temperature dependence of the volt-mpers otwves of R
germanium diode with
Card 3/4 d = S. 5 mm.

L 21349-65
ACCR;SION NR- AP500080
jx
AV
w
JV AV /V W dw
ENCLOSURE- 02
anhim-diWe'With -d 3. G-'Mm In ~*04ous m
V~i l9ves gerin
H 00. ersteds; S.H 16000 errtob.
4/4
:,.Card:

SOURCE: AN MSSR. izvestiyeii,~Seriyei-fiziko-matematicheskikh nbuk*
no. 6. 1964, tB6-87
TOPIC TAW.-- -~ioemiconducto
~i~de ~pn ]unction, control electrode$
current voltaqe characteristic

Card

L 878o-66 EEC(k)-2/EWA(h)/FWT(1)/f;WT(m)/T/EWP(b)/FWll(t) IJP(c) JD
ACC NR: AP5027626 SOURCE CODE: UR/0109/65/010/011/2037/20
AUTHOR: Aval klyants. G. Dndtrivanko, Io L*-~
Mury$fn, V. L; Teerfass, Ro As
ORG: none
TITLE: Problem of the forward branch of the current -voltage
cLaracteriatic of
gold-doped-baso silicon diodes
SOURCE: Radiotekhaika i elektronika, v. 10, no. 11, 1965, 2037-2045
TOPIC TAGS; siemiconductor diode, silicollade, current voltage
characteristic
.'ABSTRACT: Tbe results of experiments with (50-300-kohtn..cm)
Si-diodes doped
by Au (0.1% Sb admixture) are reported, in some cases$ the nt-layer
was obtained,
by phosphorus dMusion. Six varieties of experimental I*
characteristics had a
segment of negative resistance followed by a segment of independent
I/V relation;
lCard I UDC: 6Zl.38Z.Z:546.Z8
z

M"I IMP
L 8780-66
ACC NR: AP-5027626
the. latter segment occupies a large current interval and starts from
1. 5-7 v. As
neither M. A. Lampert's theory (Phys. Rev. , 196Z, 125, 126) nor R.
Hall'19
Aheory (Proc. IBM'. 1952, 40, ISIZ) can explain such a shape of the
I-V character-:
Astic, the authors. offer a new theory based on the kinetics of
carrier transitions i I
near deep leveN and on the formation of space charges in the
dielectric-Hke, Bemi--A~
~conductor inaterlia. They also offer an empirical formula which
describes both
~mechanisrns behind the above I-V characteristic. Additional
experiments with the,
;diodes at -59-24-- -4+49C corroborated i6 new theory; the negative
-resistance I
segment vanished at higher temperatures. IIE. G. Pell arried out the
lifetime
;measurements. 11 ~Orig. art. has: I figures and 12 fokrtulas.
':SUB CODE: 09 SUBM DATE: 05Jun64 ORIG REF.- 001 IDTH REF., 003
:J~

RYZIIKOVI O.A.; EMANUEL, E.V.; ATAKUIDV, T.
Features of the formation of the anticlinal folds
oC the Surkhan
synclinal zone, Neftegaz. geol. i geofiz. no.
12:2.3-26 163.
04IRA -17:5)
1. Institut geologii i razrabotki neftyanykh i
gazo-vykh
mestorozbdeniy AN UzSSSR.

ATAKUZMVO T.A.
Stabi:Lity of cements in caustic alkalies.
Uzb.khim,,zhur. 7 no-3:
22-27 163. (MIRA 16:9)
1. Invtitut Miraii AN UzSSR.
(Portland cement) (Alkalies)

ATAKUZIYEV~ T.A.; KANTSEPOLISKlYp I.S.
Acid corrosion of cements* Koro tsem. i mery borlby
s nei nollt
155-161 161. (MA 17'2)

ATAKUZIYEV, TA.
Acid anti alkali resistance of clinker Minerals. Uzb.
khim.
zhur. 7 no.6%20-29 163. (MIRA 17:2)
1. In8titut khimii AN UzSSR.

ATAKIMMI T.A.; KANTSEPOLISKIY, I.S.
Effect of highly diluted sulfuric acid on the
rosistRnee of
portland cement and gliezh portland cement and on
certain clinker
minerals. Uzb.khim.zhur. 8 no.1:20-28 164. (MIRA 17:4)
1. Inatitut Mixii AN UzSSR,

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Refining Ill oil by the sulfuric 4cid and the combined
aluminum oride and sulfuric add methods. 6. 1.. A.
2

00 a

Potokjvskil and Azerbaid;Awrjsktw
--ti
-00
i
ld
Th
f
S
193W9
hk
~

041 a

,
com.
e
o
-
Oscar
o:.
IF
e y
,
_
praducts 6 higher when the combined AlCh + IIDS04

0

inethod is ued than when the lf,,S04 method anh- is ust-J.

First-grade benzene increased 2.7,5-37v, ttAutne tvpecial

j~

j
th inert-ased 5.7-9.9%, xylrne fraction im-rcowd

'
'" ' '
T c

4!
~
_8
-,. %nd the residual it ction inctrast t.,
4
7

The wrolimily 117,0of AlClalowris theconsomption ot Its-

VI:

So, rtkiaidt-tably; ftv first-grade ticturne a %aving is

attained (9111110M.5, toluene 721.3, %yltttc ?C.5 uIld trild.

flat fraction 74.790. In adin. to high yields of utommic

06

hydrocarbons and a lowcr~-ig of the :UiO, cutminiption

06

W17c.
of synthetic pol- ed,resins are obtained, while
0

in the treatiswilit with reFuis are obtained which can.
11
.

not he used. The ohs. yield of first-grade fwnzvtie and

3pecial
type i4 tolum, each exceed by 1070 (lie yields Of.

tai~d in the
treattuctit with IIFW, when 1% AlCh and

NW. The
4% ill II,,SO. are usrd with &it oil If, below L

yield of
pyro-gavoline Is *)so higher by 10-13% in this

treatment. rhem
is no need for addril. rectilfication of

he fraction obtained
after the polymerization and adthil.

tretillEatkin of the oil.
In the distn. a product b. IN)-
'

'W
Is treated with 11,W&, rvetificil anti the first-grade

bentene
stlId. The cxpts. are descrit" in det&U.

A. A. Thichilingk

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sz6ilwo mariyucnarz mom r mmu COTT

KULMV, A.M.; ORUDZHWA, I-M,; ZMJJWVA, G.A.; AXIDW-SADE,
D.A.;
ATAL tYAN, A.A. LIVSHI&k, A. It.; SADMOV, K. I.
Studios in-the synthesis and.-aae of additives for
lubricating
oils. Sbor.trud.AzNII-NP no.2 :2o.7-q4 Ag 158.
I ' . (MIRA 12 6)
(I~ibrication and lubricants-Additives)

26-198
I'S. S/081/61~/000/012/026/028
i
f -6 B103/3202
//. I r2 0 Lo
AUTHORS: Kuliyev, A. M., Orudzheva, I. M., Zeynalovs, G. A.,
Atallyan,
A. A., Akhmed-Zade, D. A., Levehina, A. M., Sadykhov-'-Y-,-.-r-.'
Ira-Inova, A. B.
TITLE: Synthesis of organic compounds containing various
functional
groups and their applications to improve the quality of
lubricating oils
PERIODICAL: Referativnyy zhurnal. Khimiya, no,. 12, 1961, 530,
abstract
12M225- (Tr. 1-y Konferentaii zakavkazek. un-tov. Baku,
Azerb. un-t, 1959, 111-123)
TEXT: The authors present the results of research work which has
been
conducted for many years in the Azerbaydzhanskaya SSR concerning
the synthesb
and the choice of additives to lubricating oils. The fol*~owing
compounds
were synthesized and their properties were studied- mono.-, di-,
and trialkyl
derivatives of benzene, naphthalene, tetraline.. anthracene, and
phenanthrene;
alkyl benzene-, alkyl naphthalene-, alkyl pbenol-? and alkyl
tetraline
sulfonates of Ca, Ba, Sr, Pby and Cu; mono- and dialkyl phenols;
mono- and
Card 1/2

S~0681191~61/000/01 210261028
Synthesis of organic compounds ... B 3/3 202
disulfides of alkyl phenols and their Ba and Ca salts; tri-
(alkylphenol)-
phosphites and their mono- and disulfide derivatives; mono- and
dialkyl
ureas; condensation products of urea with aldehydes and alkyl
phenols. The
depressor A3HWII (Aznii) (dialkyl naphthalene, in which alkyls
originate from
chlorinated paraffin) from the year 1947, detergents for motor oils
Aznii-4 from the year 1949 and Aznii--5 (both sulfanates) Aere
industrially
used. The multifunctional additives to the motor oils Azn.ii-7 and
Aznii-8
(both salts of the alkyl phenol sulfides) and an additive
stabilizing the
mineral oil obtained by condensation of urea with aldehyde and
alkyl
phenol, were reccmmended for introduction into industry.
[Abstracter's
note; Complete translation.]
Card 2/2

:-,6548
S/081/62/000/0006/082/117
0 B167/B101
AUTHORS: Kuliyev, A. M., Atallyan, A. A.
TITLE: Synthesis and investigation of additives which
increase the
wetting properties of oils
PERIODICAL: Roforativnyy zhurnal. Khimiya, no. 6, 1962, 539,
abstract
GM251 (Sb. "Prisadki k maslam i toplivam". M.,
Gostoptekhizdat, 1961, 121-124)
TEXT: The u.1tra-high pressure additive Aznii-9 was prepared
by chlorinat-
ing the naphthalene filter cake of a pyrolysis product,
purified from
unsaturated hydrocarbons by H 2 so 4' or the 160-30o0c
fraction of. light-oil
pyrolysis, also purified by H2S04* Chlorination was carried
out up to a
chlorine content of 15-20% in the product, which was then
sulphurized with
elementary S to the extent of 1-1.5~-. Modified additives of
the type of
Aznii-9 were prepared-by chlorinating naphtha from catalytic
cracking
(b-. p. 160-27DOC) and adding Aznii-7 or some other corrosion
inhibitor.
Results of tests (4-sphere friction machine) on various
mineral oils
Card 1/2

Synthesis and inveutigation of ... B167/BIOI
containing 3%; of Aznii-9 or its variants are reported. In
operatin3 trials
of aviation oil/-,,'~-22 (LIX-22) containing Aznii-9 in the
decelerato: systems
of trolleybu;3es, the wear on the gear teeth was reduced by
one-half
in the presence of the additive. [Abstracter's note: Complete
translation
V~
Card 2/2

S/137/62/000/012/059/085
A006/A101
AUTHORS: Kuliyev, A. M., Negreyev, V. F., Mainedov, I. A.,
Atallyan, A. A...
Gasanova, S. G., Mamedov, F. N., Abdullayeva, 0. M.
TITLE- Condensation products of alkylphenols and their derivatives
with
monochloro-acetic acid as inhibitors of steel corrosion
PERIODICAL: Ref'erativnyy zhurnal, Motallurgiya, no. 12, 1962, 115
116,
abstract 121717 ("Azerb. khim. zh.'t, 1962, no. 3, 59 66j Azerb.
sununary)
TEXT: Tho authors investigated the effect of the admixture of
alkylphenol
condensation products with monochloro-acetic acid upon tb,
corrosion rate.of
steel in a system of two immisciblelliquids; the system is
composed of aqueous
solutions of salts and hydrocarbons. The investigation shows that
these-com-
pounds are inhibitors of steel corrosion, which retard the
corrosion rate by
approximately 90 - 95% at a concentration of the admixtures to the
carbons as
high as 50 mg/l. These compounds are recommbnded for natural tests
in oil
wells, where intensive corrosion of the underground equipnent is
observed, and
or other analogous cases. Thereare 6 rj~ferences. The authors'
summary
Abstracter's note:, Complete translationj
f
Card 1/1.

DEMIDOVSKAYA, L.F.; ATALYKOVAp F,M.,o YELISEYEVAP
L.K.
13tili2ation df reed depending on the aeasonal
obanges in its
chemleal. oompoeition, Trudy Inst. bot. AN Kazakh.
SSR. 19t
76-92 164. (MIRA 1883)

IV71-,VIV191, Y,19AIJd~ 6::~,
ATAMYAIT, B.G.
Phase-sensitive electronic zero-indicator in an A-C
compensator
circuit. Sbor. nauch. rab. Mekh. inst. no-3:94-100 152.
041,'RA 8:3)
(Electronic measurements)

AUHMA )V, A.; W.MYAN.. B.;, BYCHEDY. V.; I)RUZHEDVA, L.;
YELTUTINA, I.;
ZJJMARDVA CT' 00-ffiW V.; RADTMN, M.; SMaMMIT, T.; FXM-
KIN, I.; FULIMONOV, L.; TSIMBULOV, G.; SHIWTAII, R.; SHAGIN,
M.
Letter to the editor. Reft.khoz. 33 no.6:92 D 955. (PTA A 9:
2)
(Oil vall c1rilling-lquipment and mup'Plies)

,- , --) ~ II I - , / 17 -r- , 2
74-1Z -n- C,
, , -, -;f /,F I
ATAMALYAN, N.G.; SKLOVSKIY, G.O.; TKACEMO, V.G.
Cdeoeaeedl.
w1marmo, -
Studying strain distribution in members of tho VAS-42
A-shaped
derrick. Neft, khos, 35 no.9:28-31 S 157. (MIRA llrl)
(Oil well drilling-Squipment and supplies)
(Strains and stresses)

-ATAMALYAN, E.G.; KORNEV, N.I.
Detiarmination of dynainic pressures on the Jaws of
a tackle
blo-A in drilling. Neft. khoz. 39 no.5-:25-28 Ply
161. (MIRA .14:9)
(0~1 well drilling rigs-Equipment and supplies)

G 'STANTINOV, V.L; KOMAROV, V.I.; 1APS:11INj N.S.;
ATMIALYM. ;L .; KON
-:;-'SJMOf4C"V, A.F.; TOVS-LOLES, V.Yu.,- EUDINA,
FUNCA/kRENKO)
V.K., prof., red.; KHRUSTALEVA, N.I.j red.;
GOROKHOVA, S.S.~
tekhn. red.
(hethodology for solving general electrical
engineering
problems]Metodika resheniia z&dach po obshchei
elaktrotakh-
nike. [b),] E~G.Atamalian i dr. Pod red.
V.K.Ponoimrenko.
Moskva, Vy9shaia sMcola, 1962. 167 p. (FdRA 15:12)
(Electric engineering)

ATAMIEDOV, 11 V -_$OSONKIN, I.L.t kand. fil. nauJc,,
red,.; 14AYOIICVA,
.-r --"_'~ed.izd- j IVONTIYEVA, G.A., tekhn. red.
ti.l. , va
[Studies on the history of Turkmenistan trade unions
during
-the reconstruotion. perlodp 1921-1925)Ocherki po
istorii prof-
soiuzo-v Turkmenistana v vosstanovitellnoi period,
1921-1925
gcdy. AshkheCoad, lzd-vo Akad. nauk Turkmensl:oi SSRj
1962*
160 p. (KIRA 15tlO)
(Turkmenistan--Trade unions)
(Turkmenistan--Reconstruction)

USSR/Cultivated Plants - Fodders. M-4
Abs Jour : Ref Zhur - Biol., No 7, 1958, 29829
Author : Kurmanov, K.K., Matveyev, V.I., Atamanchenko, M.V.
Inst : The Scientific Reaearch Institute for Fodder and
Pasturage-
Title : on Utilizing the Fodde~ Potential in Rayons where
Virgin
and Long-Fallow Lands are Being Reclained.
Orig Pub : Tr. N.-i. in-ta kormov I pastbishch., 1957, 1,
200-211
Abstract, : It has been determined as a result of the
experiments in
the Experimental Network of 'the Institute with 42 corn
varieties and hybrids made in 1954-1955 that in the non-
Irrigated conditions of West Kazakhstan the beat varieties
were the Alm-Atinskaya 236, the Zakarpatskaya Zhelta)fa
Zubovidnaya, Hybrid 5 and the Krasnodarskaya 1/49; in
Kustanayskaya Oblast' it was the Alm-Atinskaya 236; in
North Kazakhstanskaya Oblast" the Zherebkovskaya and
Card 1/2

A I'A v`\ ill 'V (I P (I f~ )A I
CHAT$KIY,P.A.; ATAX&MIIUK,A.I.
ProcessiAg feotive wheat. Spirt.prom.21
n0-2-35-.)6 155.
(MLRA 8:10)
1. Chernilgovskly spirtovyy treat
(Yermentat ion)

CHATSKIY, P.A.; ATAMANCHUK. A.I.
Piping system for an alcohol storage point at a railroad
station. Spirt.prom. 23 no.6:38-39 157. (MIRA lOil2)
(Alcohol--Transportation)

TERESHCHENKOP P.; SHAPOVALp I.; GEIMAN, D.,,
PRTLIPCHUR, S.~ ATAMANGHUK 1.
-
Yea, the whole matter is in abtlit-T. Grazhd. av. 21
nc.8112-1~
Ag 164. (141R-4 18:4)

ATAMANCHUK. N.S.; BEREZHNITSKIYt M.N.
Vasoular tone in diabetes mellitus. Probl. endok. i gorm. 10 no.6t
46-49 N-D 164. (MIRA 18:7)
1. Kalushakaya rayonnaya, bollnitsa, (glavnyy vrach S.M.Zelyk);
nauchnyy
rukovoditsIl - sav. kafedroy fakulltatskoy terapii
Ivano-F'rankovskogo
maditsinskogo instituta prof. M.L,Aviosor.

00 00 0 so $$
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a Is 2 a is x 34 V is CP 4 a a 0 a
_J__" 4 , I , A_-A
ss~

I Corninuclal process lot treating solidified pitch. 11. F.
I

and (
.J.)
Pwill
09
3. No. 41( 1144 till ".11tailled .41
n

tiares Itl 2.0. lotrion adillhis.
00
IWO 41h).3 lklul 11.0 IUA
7.4; h~q 41111,1, 1" 1) 41 11%_
/

0
Thill Piti'll wal plav"t ill a Failte 11RArk and 1111111ersuld
m a
'

00
A ItO of water. Ilse mist. was heated with
"tatidner
d

0
on was formed (the amount
live strant. whrsrhy an nutdi
of The rmul%ion decreasing with the finenv~,; W the gatirrW.

:
1lds tmulsion, after drying. wax uped in making waling
0
ua%.
The isnIsrutine wa. thwhartird thitnigh an axilirl
00 .3 1:
and
the remaining rosin and fmrign admixts. were exul.

a number of
times with hot water. Pinally. the rest tA
i
the roaln retained
by the admixts. was upconifird.

A. A. 114whtlinitic
o 'I
00
J
I a.-$ L A WULLURSKAL LITIRAYbOll CLASSOKAIMM
0.
losella It O.V oft
*00
-00
-00
-00
aloo
a**
Goo
goo
goo
coo
909
800
if* 0
too
b u at AY PO ul; j j V, An I I I Od 0 1 1 V P I A 0 3 1 V
OT.44 00000004
000 0004111410011090cooo

ATAMANCHUKOF, G.D.;GCRBUNOT, I.G.;DUDKIN,-I.A.
Uperlmental data on pressure-operated rosin-extrao,ting batteries.
Gldroliz. i lemokhim.prom. 8 no-5:18-19 '55. (MLRA 9:1)
l.TSmitrallnyy nauchno-iseladavatellskiy lemekhimicheskiy inatitut
(for Atamanchukov). 2.Nqvo-Belitzki,.r lesokhimichaskiy kombinat
(for
Gorbwiov. Dudkin).
(Guus and resins)

ATAMANCHMOT, G.D.
. Improving the characteristics of extraction resin.
Gidroliz.
i lesokbim. prom. 9 no.8:28 '56. (NIaA 1012)
1. Naucb"y sotrudnik TSentrallnogo
naucbno-issledovatellskogD
leafthimicheskogo instituta.
(Guam and resins)

FIIATLOV, V.I.; ATAMARCHUKOVI G D.
- N"
Battery dephlegmation method with continuous refluxing
for the ex-
traction of tar-impregnated etump wood. Sbor. trud.
TSNILMII no.12:
1!74-177 157. (MIRA 13!10)
(Wood distillation)

ATAMNCHMOV, G.D., mladshiy nauchnyy notr,idnik
Packing chips in the extractor. Gidroliz. I lesokhim.
proms 11
no.5:30 158. (MIlM 11:9)
1. TSentral'My nauchno-isaledovatellskiy
lesokbinicheskiy institut.
(Wood-using Industries)

-ATARANCHLTKOV*, GiD., mladubly naucbM7 sotrudnik
I
Increasing the yield Of flotation oil. Gidrolix. i les
okbim PIVMO
11 mo.5:30 158. (MIRIL 11,:9)
1. Mentrall Wy nanchno-issledovatel'skiy
lesokhimichaskiy institut.
(Flotatiot--Equipsent and supplies) (Wood-using
industries)

GURICII. N.A. - ATAMANCHJKOV, G.D.
Processing spruce resin and properties of its
products. Gidroliz. I
Isookbim.prom. 11 no-7:11-19 158. (MIRA 11,11)
1. TSentrallnyy nauchno-isel.edovatellskiy
lesoldilmichnskiy
inatitut.
(Wood-Chomistry)

GORDON, Lev Vladimirovich; MILOV, Vladislev fasillyeirich;
SKVORTSOV,
Sawn Osipovich;,ATA - eorgiy-_P_mi PLATUNOV,
WQMXQY,.G
__~dyfiivi h;
N.A., retsenzsnt; CHASHCEUN, A.M., reteenzent; LIZUKOV, A.A.,
in2h., red.; PROTAKWAYA, I.V., red.izd-va; PARAKHIKA, N.L.,
tekbn.red. h
[Technology of the wood-chemistry industries] Tekhnologiia
leso-
khiinicheskikh proizvodstv. Izd.2.. parer. Pod red.
A.A.Lizunova.
Moslcva, Goslesbumizdat, 196o. 418 p. (KIFIA 14:1)
(Wood-Chemistry)

ATAMkNCRUKOV,, G.D.
Nature of reflux distribution in the spraying method
of
extraction. Sbor. trud. TSNILKHI no.15:56-69 163.
(MIRA 17:11)

ATAMARCHUKOV, G.D.; GOLOVIN, A.I,
I
Method for settling oleoresins without the use of salt.
Gidrolz.
i lesokhIm.prom, 16 no.3al2-13 163. (IGRA 160)
1. TSentralInyy nauchno-iseledov&tellskiy i proyekt-nyy
institut
losokhimicheakoy procyahlennosti.
(Oleoresins)

Awpli~~Ollp G.D.; GOLOVIU, A.I.; LISOV, V-I-;
SEDELINIKOV, A.I.
Obtaining terpineol from the waste watera of rosin
extraction
plants. Gidroliz. i lesokhim, prom. 16 no*4:9-11 163,,
(WRA 16:7)
(Industrial wastes-Purifieation)
(Terpineol)

AIA "VA . J,,. 7
G.D.; ERTLANII', A.F.; V.~,; W),'Al
Use of ht~at treated -rc)s-,n tLe
sticky substrunce G.-droliz 1 losolki.-;m. pro,:-j. -1"t
164.
1,'--i iA 17:10)
1. TSentrallnyy
(for Atmanchukov). 2. 'Kiyev-.kiy fc, r E a e
Yefinuenko, N till mov"l)

ACC NR: AT6036627
SOURCE CODE.- UR/0000/66/000/0,00/0324/0325
AUTHOR: Ratner, Go S.; Tikhonravoyag No H~;Atamancn1wj A. N.;
Nevopas;1ina, R, I,',;-
Paldiorukov, A. It.
ORG: ncr)o
TITLE: Problem of utilizing several species of hip
,her and louor haterotrophs in a
li.fe-support syston, for Small Closed compartments till-apor
presented at the
Conference on Problens of Space Medicine hold In Vbscow from 24-27
tlay 1969
SOURCE: Lonforentstya po, problemam kosmichaskoy neditsiny.
(Problems of space
medicine); niaterialy konferentsil, Mbscow, 1966, 324-325
TOPIC MGS: life support system,, closed ecological systemo space
nutrition*
space food
ABSTIMM
Life-support E.;Ystems on small'spa~eshi~s will have to include a
link of heterotrophic organisms in order to supply the crew with
animal
products necessary for the normal human diet. For this purpose it
is
valuable to examine a series of heterotrophic organisms which can
be
tsuccessfully utilized in life-support systems.
Card 1/3

;kCC' NR,_A:T6b662 7-_
The inclusion of various types'of lie r-bivorous and omnivorous
fish
(Tilapia, Hypopht-almichtys, Ctenopharyngodon, carp, and others)
will
.make it possible to provide a more variable protein diet for
humans and i
-to utilize wastes of higher and lower plants and animals. In
order to
,supply a rnan with 50 g of animal protein per them will require
51, 6 kg
.of Tilapia. With a fish population density of lb g/liter of
waterit is
necessary to have a 3500-liter aquarium which will require
approximately'
112 liters of oxygen per diem.*
Certain wate:,- invertebrates such as Artemia, Gammarus, and
Daphn-*a may prove to be a valuable addition to the cosmonaut
diet. These
animals are readily eaten.by fish and chickens. Calculations
indicate
that in order to get 50 g of protein per them from Daphnia at a
population
3
density of 200 g/ra , 31. 2. M3 will be required. Certain species
of
Gammarus may raake it possible to obtain the same amount of
protein
from 4 M3..
Since beteroixophic organisms (birds, fishes, and others). which
can be used as sources of anini~j protein for human nutrition in
space-
flight will not be! able to utilize all of the wastes, and will
themselves
require. a certain amount of aminal food for their growth, it
seems.
Card 2/3

ACC NR,- AT6036627
necessary to add a link.of the so-called primary utilizers
of.organic
substances. Among these should be included organisms which compose
,the biocenosis of actimi3d sludge and certain terrestrial species
of lower
heterotrophs.
The final selection of individual species of heterotrophs for
inclusion
Un the life-support system can be made only after prolonged
experiments
!-to determine the possiblity of adaptation of organisms to the
ipecific
conditions of the spaceflight environment and the bioloa ical
compatibility
.of the selected animals.
P
A. Ib. 22;. ATD Report 66-1161
SUB CODE: 06 / SMIH DAM
card 3/3

,RA6~iiffld-l ordalw
A&SOCL kmom-

m

om R_p_mnm
PRUMAN MOM

-,--A I ..
USSR/Chemistry-PolarogTaphy, In Industrial Laboratories Feb h8
Chemistry-Polarogra~hy, Electrodes in
VIThe Use of Rigid Electrodes in Polarography" Ye. M. Skobets,
L. S. Berenblyum,
N. N. Atamanenkoj Gen and Inorg Chem Inst) Acad Sci USSR, 7 PP
"Zavod Lab" Vol XIV, No 2
Rigid electrodes give better reproduction than the usual
mercury-drop electrodes.
Describes experiinents with stationary and rotating rigid
electrodes, with reproduction
of Dolaro-rams obtained. During autorriatic registering of
current-voltage clirves with
rigid electodes) attention should be paid to complete removal
of exyVen frCR the
solution. Shows that irith solid-needle electordes, increase
in wave height is
directly proportional to surface areaj and that shape of
current-voltage curve is
similar for small and large electrodes. Discusses effect of
surface amalgamization.
Rotating electrode has advantage of enabling diffusion current
to be, increased.
PA Mo Tio

*

t. It %
U ;

;Mt

III
ww

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v

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L -A 0 a
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ACtIM SIWMUWK
on op" hri

8

1101? AIIA N

l
t

notti. Chem

00

f"Oh"I Joe% Wrest P
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I
I
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'lodoll-
-1
.
1V "
cum of Alliors wool, 4

WithaimWAIII41

0 a

I), Pilot 41.2,2, it"- 0,41

I(t1j, wild 12.25. Cott,
I

06

Vol 1. j Cot It. 1. 776.4%, Aml 77.4

1%% the 111"Nor 1.

00

41.407h. tit. Irmilml .11.1 11"1 .1,111

Wnty -no ti'Milts 114

"I"
title$
took I, itv tit US lilt',
l

or"ohlit Mactitm hl-gms tift,,or If) I

ON' d6( a ILL A I cm 1
ic
III AV I0 it
u it AV
u
n it food xasiontintlet an I
0 0 0 0
I 1 `811

A- I a -D
-A

11. A

Kitim. 11J.

1r crt"Joirl. lot OW III,%

still At lit the Per-

r*
411silroolit *fill

- (I t.1, Atilt.,, it
lit

"llmilleA, lit V.4. 1

'09
4. 13.4. ouid W.M.
I

tilt'
The ilint-kcirr -%

%ift,
,

Im 15 suill . 1,411
M

14 IN, It,., Ivn, to...

N '111
loin.

.00

-.kA,
.11,31 3K, 0.9 lit
0 -,qQ

UM/Chadstry ftlarogrepw
03ddauaft' Orw"c
*Use of Solid Electrodes In Polarograpby.
Report
VII. OxidatIon of Organic Compoun" *' of Ye.
if."
Skobets, N. N. Atamanenko, Kiev For last, 8
1/2 Vp
"Zavod Lab" No 3-1
Automatic plotting of polarogroms with solid
platinum microanode can be used to devise
system
nf M"^da --l-rography 1-68-3 on Oxid-zing re-
&--ctions. Many organic compounds, e-
g,.,,bydro-
quinoxie,.pyrocatechin, ascorbic acid, gIve
(Coutd) wo*-
nor~ai polarographic wavea with vell-defined
1-imitizg,
currents when oxidized on platinum
microanodd.- MWW
other substances, when subjected to
destructive oxI-'
Ution, give special vaves (peaks) on
polarograms...
'vbkich can be used to interpret the systems
and oxi-
-dation mechanisms. includes 13 graphs.
'15JT8

Tti
PAWWOOk dowei"Oft isoefbk am 6 -0 sow
soW R. M. Skobets &ad N. N. Atamwako
Famot pfedmu In", xkv~)jj fikkkimi 10-33W-"
101), d. CASM. C.A. 30. 2 P?Iui izowm.
Wtfdt4N%OAcwk%md(k4C480~. AO.IA(Cdh\%mAu-
woo aloo umd, no W-wave peoulW o(sx-a6k ack' In a
Z
WAft.010.1 MC401%vm 1.10T. lWarfed tutt*cdcstkv~%~,
,z
wnpum to 0.87 v. is OW bmk;;;~ Wn. Rsts. Gi *;,we
Fang"InmIjams", kmaem, om~xu. cabbagn, tamstw,
ond potal cmGQ bmidn c tip mM mWbW ato-
stam cnpebk of bft mWWd 9t a P90, pqmtW.
Allibmests.31" a , I wave wMI.Wpas. p*MtW of
aboutf-Mv. wkb W%lewe totb*Cd catbmklnO.l M
CdSO4 90a. Wifs uaMmwn mbstam couH nat beve bme
detmtcd dw drappkwR# ekorork bcmum of the low
di"Twig amk pole"tw. R. rehatky

, . .- '~ I... I I- .4
- .1 - - -
, -7 ~ /~7~ -~ ~
ATAMANENED# N.N,; SKORSTS,
determination
Te#M,
of iodine and bromine on a solid anode
Polarographio
in nineral waters, Ukrokhime zhur, 23 no.6;771-,??6
137.
(MIRA 11t.1)
(Mineral waters) (Iodine) (Bromine)

N. N. i n k!,,,,, I

nl~' lodino

o I r o --tr I v 0 C-r k7, d e
3 e I I

1 '1,-, 37 o

iw4ille and vvo-min ~t:o ox,"i:-2:r-~ :~A
thc li'-atinlm!

I),! s h o t-. p C) 1 n r c) gr a ni w -uv,-:
r u i. t a b 1i 0 r c.p n t i t u t. i v e dc, e rm i

rintions
the polaro.-raphic mcthod Y,~is u~lz:d in thz~ precent

inves,tigstient3 or, seav.,oel. Thc vas dried, Tri-,-ed with

pulv2-~i:,'A, --ind -powdr-r ob-

dissdv-A in 111. hydrochlovic
tic jA t) I e ~.--,Ctr act

~?wlis dettT-rjainr:d
pt)jl,-~---ofi--~!-ric~.1-'.,,,- uzin~ 1- y,-1,~11-ulp

a 's
4,ho anodp. It lowil flint a quantitativc. Jetarminatitt.'.

c--" io.lint- ~-nd b~,cijjiin~- in th, 0 ---(--;3-

h 1. 11 d
,) d w:, .-, o t n. ,n J- in t n ~.d

with a oUitionfiry~

clllcirmtjnt~,- the !-fevv~!-d EA about t!io :Ireurt of
iodine

K" ".-ac t i On chec!---d ,
i deoi -d. The -,~, a. o~ t'

i L :4 o u n i11 C1.1 11 l-hd 'b

'~'hrve t~z~ n n -3
2 x

"'fi Po I oi~T;! )I _i r m I [It', :: o n o o nt: A 11
t Ukrai an
UIcrqI=)wqs ael sk -n i - ni
Agricultural Academy)

ATAMIMIKO, A. N.
- ------------
Using eectional reinforced concrete timbering in
conatructing
eewer tunnole. Suggested by A.N.Atamanenko. litu.i izobr.
-redl.v stroi. no.12:62-66 159. (14IPJ, 13:5)
1. Nachallnik Proizvodstvenno-tekbnJ.chookogo otdela
tresta
Gidrodorstroy GlavkiyevBtroya, Kiyev.
(Sewers. Concrete)

SKOBETSv YeA., doktor khimichaskikh nauk, prof.;
BELJN~IKAyA, N.I.,
assistent; #?AMANMO, N*N-v dotsent
Polwrographic analysis of manganese in plants. Nauch.
trudy
UASM 10t243-249 160. (MIRA 14:3)
(Maganess) (Plants--Chemieal analysis)
(Polarography)

r
111, UP c
BBjGC4BC
S/027 i7~411ko&iW52/A65'2
62-506
4
Sv0d.-W tt~~, Aba. 11A333
lAt
777
-,r~777
'40R_ ller.Ath:
TITIAS. I tro a pulse ing- conve on
n)6 eXtj~j~
t M
xethod~- iiii-d -er.-on'o"Moal 6,.-V~-Ascm circuit
voUtakhn. VL*%~42$' 15631 47-52
TOPIC TAQS:.: e ~,c
xttemal controllel ontroller,~ 'aut6rasitld cont syz~tem
TRANSJUITION; Tho oontroller is designed with standard contactless
units (JUD or OR
ts) -conv
gge'r m-A Vr ert- -thii -6or rolled variable Lnto a digit equivalent
pulse--;,,oun nonvarsioit-711--, -
(birun7 code .4 trequency type measuring ele ant a.&-o 4, Ing
--method-aret ion
;0 memorizo
tho informat
A-n
he cantroned variable comparison device before mid aSter the control
step.
An order-by-order comparlmn starts from the highest digit and is
accomplial-ed by, L
simple coincidenoo eirc,,its. The diode-matrik 3witch controlled by a
fi-ced--irequeni$
Lceua ji -2

636,5r
5-55
ACOESSION NRs AR5003345
puise generator prbvidea for tining of -the analog -to-digital
converters ant
I for
scanning the coVicidence cin,.ults, A principal circuit and a block
diagram of the
aptem are prenevited, subassomblies are rhovi, and the Drbiciple of
opera'.I.on is
explained.
SUB COM DP, 7-9 E24CL 1 00
oz

L 348?4-66 M(d-)/EWP(v)/94P(k' VEWN/se(l) Be
ACC NRiAR6014185
AUTHOR: Atamanenko, N. N.
6-6-67
TITLE: Some problcims :in digital reproduction of measurand in
frequency-sensar BystemB
SOURCE% Ref. zh. Aytomatika, telemokhanika i vychislitelinaya
tekhnika, Abs. IIA152
REF SOURCE: Vestr. Klyevsk. politekhn. in-ta. Ser. avtomatDki,
elektropribor-ostr.
i radioelektron., no. 1, 1964, 3-9
TOPIC TAGS: telemetry, supervisory control
ABSTRACT: The problem is considered of digital reproduction of
measar2hds arriving
from frequency sensors, in telemetry and supervisoULEcontroil sy
leconnenda-
tions are offered. for evaluating the discrete error, with an
allowance for an equal
dynamic error caused by the lagging of averaged frequency
measurand from the true
frequency value. Equations are set up for a digital scale of
transducers which do not
include sond errors occurring in every caael therefore, the
equations are applicable
to such transducors in which these errors (channel noise, receiver
circuit error) are
either n1l or can be determined. Bibliograpby of 3 titles. V. M.
[Translation of
abstract]
SUB CODE 1 09

L 34862-66 EWT(d)/&P(v)/,DIP(k),/EVTP(h)/,EWP(l) Jjp(c) BC
ACC NR: AP6009174 SOtTRCE CODE: UR/0146/6510081005/005,F/0061
AUTHOR: Atamane"o, N. N.
ORG: Kiev Polytechnic Institute (Kiyevskiy politekhntcheskiy
institut)
TITLE': Digital reading of quantities expressed as a linear
frequency sigTLaj_4 I
SOURCE: IVUZ. Priborostroyeniye, v. 8. no. 5, 1965. 57-61
TOPT, 'FAGS: supervisory control system, telemetry syntem,
signal processing
Aiis,rRACT: Same considerations are discussed re the digital
display of a quantity!
expressed as a linear frequency signal, the conversion being
made by a period-
counting meter with an input frequency divider. To ensure a
specified accuracy of;
the digital scale j~,=+(A,-Ao) by a counter-type device, a
digital equivalent of
the initial frequency N. (or tuning frequency Nt) should be
subtracted from the
counting result. The particulars of satisfying the above
equation and obtaining
Card 1/2 681.142.621

L 34862-66,
ACC NR: AP6009174
specified accuracy, and scale type (absolute values of the
measurand AX or
deviation AX -At or At -A.) are analyzed. The errors due to
transition to the
deviation scale are evaluated. In supervisory- control
systems having 1-f sensors
or shock-excitation sensors, the accuracy and quick response
can be enijured by
measuring the time Interval which in a multiple of the
signal-frequency period.
Orig. art. has: 18 formulas and I table.
::SUB CODE. 09 / SUBM DATE: 04Nov64 ORIG REF: 002
Automatic acatrol 14
Card 'vmb

ATAMAVENKOL.~
------ 1-00
Digital representation of values expreased by a linear
fT quency
,signal. Izv. vyv. ucheb. zav.1 prib, 8 no,507-61 165o
(MIRA 18:1M
1. Kiyevskiy ordena Ienina politekhnicheski-ir institut.
Rekamende-
vana kafedroy avtomatiki i telemekbanW.

ATAMANNNKO, N.S.- IGOSHIN, G.V.
More on planning efficiency-pro-motion work. Izobr.i rate.
W-8:34-35 K9 '58. (MIRk 11:9)
(SW,ention systems)
I
itl*ll
S,~, " ,
I

AN

lot tow ca wow us m
Aamnd

3pdon..
-4U&a t or gi
6j4
go
1)
I

.
,
XAM.
, (
dates fm .wiw duys and
vohiolm
h for cOutem oraq , . .
too bi
b
t

o
o
g
is ahown
I k
!RdjD&4 that 0.3-0,4%, 4mv re" - volue,:
Teeto mb4j

V. a
f0f

R

i

InF

42976-66
Ad)Z!.WT(m)/EWP(k)&WPUh /T/gWA(.d-)A~~(v-,)/~-w-p(-t)/EwP(l)
ACC VR: AT5022784. SOURCE CODE: UR/3164/64/000/014/0052/()055.
HW/HM/JD
AUTHOR: Knyazbinaki , Z. 0. (Candidate of Technical Sciences);
Kalinu-shkan'.,
P. N. (Fbgr.) t_.chlfrinp L. M. (Engr.); Atamanankoj. V. A. (Engr.)
ORG: N-stitute of' Electric Weldino im. Patpn (InsfAtut
alekroavarki)) Volmrad
soienano Vesearch--Metitute, of Machine-Construotion TechnoloE7
(V6lgojrads:kiy
fiftuchno-isslodovatellakiy institut tekhnologii mashiaostroyenlya)
TITLE: Welded large diameter two-layer pipes
SOURCE: Dnepropetrovsk.
Vsesoyuznyynauchno-isoleclovat,eltgkiy_,t_koxLatr2ik.-z,,:.--.,..---
torsko - teEBo-'Og~-cFe-sHy-l'fi-s-~,71'-Eu-t--t-ru-gno-Y
promyshl!~qn2pjt~. Proizvodst-
praktike trubnogo proiz-
tvo trub
vo-Astva (Collection of articles on the theory and practice of pipe
prod=tion)f
52-55
TOFIC TAGSs production engineering, pipep corrosion resiatanoe,
stainless steel#
carbon steel
Card 113
........... j

L 4~976-66
ACC NRs AT5022784
ABSTRACT3 The difficulty in obtaining special noncorrosive steel,
because of its
scarcity, in order to produce large~iiametor pipes for use in plants
producing
corrosive materials at high temperatures and pressures makes it
necessary to findil
a way towards a more economic use of such steel./It is recommended
that a_p.~pe be
produced from two W71ded sheets of steelp with Ve,,jppgr surface of
the pipe made
from a high-alloy t4d. corrosion-resistant steel A'thf3 outer
surface from carbon
or low-alloy-steol.V~ Ks a result of experiments a tecZ:o~oaglcal
process was
al,:veloped ~ih_i_ch_eonsisted of taking two or three shoe f steel
and welAing them
together in a plate, which in turn was formed into a h ow ingot and,
after
Welding, shaped as a pipe. In addition to the weldingt plates and
pipes the
method provided for carbon (or low-alloy) steel and stainless steel
seams to give
the necessary resiiitance to intercrystalline corrosion 'The;
gthwise edkea of
the plates were probent in order to get a better regul '67 c shape
of the
ingots. The shaping of plates into hollow ingots was carried out on
plate-banding
rollers with the use of a template. The welding of pip3s was
accomplished b7.the
usual method ilith small modifications# The pipes were
cold-straightened on a four-
--roller PlantaRIt was possible by this method to produce
high-qual-ity welded two
layer pipe-s__Va*e: a diameter of 630-1020 mm. Orig. art. bass 3
figures and
2 tables,
Card 2/3

L
TACC
42976-~66
NRt AT5022784
SUB'COD 63 //j /3
clad 'steel.
'ha

S/119/69/000/005/002)/005
D201/D303
AUTHOR: Atamanenko, V. G.
TITLE: A transfer function analyzer for the expei-imental
~L
study of dynamic characteristics of industrial auto-
matic control systems
PERIODICAL: Priborostroyeniye, no. 5, 1962, 13-15
TEXT: The author gives the theory and deocription of the type
4P-.Z
(AR-2) tranafer function analyzer developed at Uhe UHwwKA (TsNII-
1 0
ICQ. The analyzer conoists of three main sect--i ns: 1) A very
low
frequency ganerator which is uaed for producing harmonic oscilla-
tions of re.,_uired amplitude and frequency at the output of th6
sys-
tem. Dppending on the system the generator produces harmonic os-
cillations in the form of electric, pneumatic and mechanical sig-
nals. 2) A harmonic analyzer, in the form of a computer which
iBo-
lates from the analyzed signal the first n harmonic components.
3) A recorder, recording in Cartesian coordinates the amplitude-
-phase characteristics of the system from the evaluated sine and
Card 1/2

S/119/62/000/005/002/005
A transfer function D201/D308
cosine term1c; of the signal Fourier series. The generator
consists
of a synchronous hysteresis motor O-P P-34 (G-31 ) type in
conjunc-
tion with ar. electric, pneumatic or mechanical
angle-to-sine-con-
verter developed at the same laboratory. The technical
characte-
rist4cs of A3-2 are as follows: Frequency range - 0.0001 - 10
c/s
in five decades; frequency stability - 1%; amplitude of
generated
si-nals: electric (at the carrier frequency 0.50 and 400 c/s)
0 -
1.0 V;-pneuaat* n 1s (supply pressure 1.4 at.) 0 - 0.4 at.;
gnIc sl~ltear displ cement) 0 - 14 mm; signal level
mechanical si al a
(carrier frequency 0.50 and 400 c/8; the analyzed function
presen-
kled only in the form of electric signals) 5mV - 5 V;
accuracy:
for the 1st harmonic amplitude - 2.%., phase -20; recording
accu-
racy - 1%. There are 5 figures.
Card 2/2

.VjrUI"UI.v) V . V.
"Recording transfer function analyzer for infra-low
frequencies with six channels
for the examination of control loops."
report submitted for the 3rd Intl Measurement Conf & 6th
Intl Instrumenta &
Measurements Conf, Stockholm, 14-19 Sep 64.

L.44b' j W1
ACCESSION NR: ~AP5025725 UR/0286/65/000/018/00" 0079
621.317.737 -
-AUTHOR: Atamaii~nko V.,' G. Andi%eyov, -Artemenko~ 1. 11'.- -
Bokhehek A Ya
G. N.,
~TITIX, Transf~r function ana4zer -operating at infralow'fte4uencies.
Clas's 42
48o5
No. 17
Byull'ten' izobret io. 8 19659 7
SOURCE, e eniy i tovar4~h znakov, t
TOPIC TAGS: atitomatic pneumatic dontrolt.automatic controksystem
ransfer func-,
tion, automatV cantrojL analysis.
ABSTRACT.- This Author Certificate introduces
tt,treaiafeYutuiakbioiranalyzftr
which. operates -at infralby ft-equencies. The device containa
integrators. based on
loperational amplifiers, a.low-frequency oscillator, multiplying
unitsand an indica-
tox4 display. ~,rhe installation is designed for improved acdi:wacy
in analkzing sys,-_
tems with randDm disturbances-.and for reduced anakysis thnO. The
sine output from
1the electropne.4matic low-m-frequency oscillator is connected to all
the first inputs
of~the units fbr sinomultiplicationt, The second inputs of these
multiDlAcation..,
units are connocted.through.input converters to.the output 6f the
system to be ana-
lyzed. The c6aine output from the. low-frequency oscillator is
connected-,to:all thel-,
Card 1/4

iACCESSION NR: ~;AP5025725
Ifirst.inputsof the cosine multiplication units, and the second
inputs off~ these mulj-__-; .,
itiplying unitsoare connected through input converters in a,similar
fashion to the
loutput of the system to be analyzed. The pneumatic and
eltictrical*outputs of.the.
!oscillator are connected to the system being.analyzed. Each sine and
cotsine multi-:,
tplication unit,is connected to a recording' device through al
circuit for uhanging th6
!number Of*averaging periods and through. the operatio'nal-am;ilifier
integr4ktor., A
;modification.of this analyzer
Js designed fbr-intproved reliability. The low-m 7.-
frequency oscillator contains a master RC variable-frequency
oscillator ionnected
!through phase shifters and power amplifiers to a three-phase
synchronous motor. The
Ishaft of.this motor is connected.through-a 50:1 speed reducer-to
pneumat:4~c.and elec-
itric sine converters and to a rotatin'g -transformer. A second
mbdificatioll'-,
is debigned '~fbr studying. pneumatic control systems. . The!
pneumatic sine convertet
in this unit co:ntains a nozzli-damper,element. The, damper is made
in. thei form of a
tilted aisc.*mounted on, the. shaft of..a synchronous motor. The
nozzle' is,. braced by,-a
flat spring wb~ch~ is supported by the rigid center of an elastic
feedbach eleT6ent.
The cavity of.this element is connected.through a-dhoke to,the power
supp1yi.as.weil--.,:`d._.
as being c6nne6ted directly to the nozzle andto the inpt'of a
pneumati(i amplifier
.'A thirA modifl(cation is desidne'd. fo'ri. ~ Andrel-ised' accuracy.
in' - andlyzlib'a
-tems with ranilom- disturbances*'._ The.-circuit for, changing -!the
-number_of ..I~averaf$ifig_
M
C.M 0 111

:!;~4408-6.6
'ACCESSION NR: 0502~725.
~Iperiods contaifit~ a pbotoelectric'relay controlled bya beam iobich passes
through a
~slotted disk mounted on the shaft of a synchronous motor. T:~e photoelectric
relay
-is connected through a blocking-relay.to,,a step switch. Thel;stepper is
connected td
!a switch which sets the required number of pulses. The qutp-0 of the blocking
r'e145
is connected tojts own coil and the contacts are connected'to the integrator in~_
Orig. art:* 'has: 1 -fiwu;.,
puts. e.~
ASSOCIATION:- Tt;entralvnyy~'naticbno-issledovatellskiy institut
kompleksnoyl,avtomat
zatsii (Central*Scientifid-Research Institute of La~rg.e-Scale'Automation)
ir63. ENCL: 01- SUB CODE
SUBMITTED: 2011',
NO REF-GOV., 066 OTHER: 000 ATD PRES'S;~~
-Card--3/4

L_222o2-6Z EWT(d)/EWT(M)/EWP(T)/EWP
(t)/FTI/EWP(k)~'1-;WP(h)/EWP(l) JD1JW
1ACG NR: AP6012170 SOURCS-COM: Lqt/0413/66/000/OD7/0160/0100
AUTHORS: Atwmnenko, V. T.; B-olovskiy. V. P.
I
ORGi none
TITIZ: An electron beam vaporizer. Clsiss 49, No. 180473
SOURCE: Izobreteniya, proqrshlonnyye obraztsy, tovarny~re znaki,
no. 7,0 1966, 100
TOPIC TAGS: electron beam malt4, vaporization
ABSTRACT: This Author Certificate presents an electron beam
vaporizer with mag-
netic, focusing of the ribbon electron beam and with
eleotrostatio control. The
design increases the vSMrization efficiency. The vaporizer
includes it double-
ended magnetic system, the pole pieces of vhich have focusing
sections along both
directions.
SUB COM SUBM DATEt 120ot64
Card Ili not not 6a.9.048:621.3.044.64

ZAVIDOV, V.I.; ZMIYMKIY, P.K.1 FEDOROVA, Z.T.; KNUR.L.I.; ATMMIN,
A.I.
Obtaining extracts to be used as raw materiale in the pro--,.
duction of carbon black. Neftepere i neftekhim. no k24-26163
RMA 17t7)
1. Volgogradski7 nauctmo-iseledovatel'ski-y institmt nqftyanoy
i gazovoy promyshlennosti i Volgogradskiy netropererabstym-
yushchiy zavod..

24(7)
SOV/48-23-9-27/57
AUTHORS:
Atamanov, A
P., Balandin, V. N., Ivantsov, L. 14.
i10
'.'wk W!,
--,I r nFli -~~ -tre"r S t
TITLE: abilization of the Position of a Spectrum by Keeping

the Temperature of the Spectroscopical Apparatus Constant
PERIODICAL:
Izvestiya Akademii nauk SSSR. Seriya fizicheskaya,
19159,

Vol 23, Nr 9, pp 1112 - 1113 (USSR)
ABSTRACTs
Temperature
variation impair the accuracy of photoelectric

spectroscopical
apparatus by sh'.ting the spectrum relative
~,

.
to the gap. The authors kept the air temperature between
th~~*~

thermostat and the spectroscopical apparatus constant
by means

of an electric heater. The calculation of the heaters
and their

mode of operation is briefly discussed and the
duration of

heat pulses is given. The experiments were carried
oul; on six

different apparatus, three of which had a weight
of 400-45o kg

and a volume of 0.25 m3; the weights of the
other three amounted

to between 3o and 100 kg and had volumes
of from 0.08 to o.o5 m3.

The apparatus differed considerably
both with respect to ther-

mal inertia and in finish, and they
were tested at tho inati-

tute as well as in work-shop
laboratories. Five of those appa-

ratus were in wooden casen,
and one of them in a case of dur-
Card 1/2
alumin. The diagram
in figure 1 shows the stabilization of

On the Stabilization of the Position of a Spectrum by
SOV/,,8-23-9-27/57
Keeping the Temperature of the Spectroscopioal Apparatus Constant
temperature, the stabilization of the spectrum, and variations
of air pressure in apparatus Nr I with a weight of 415c kg over
a period of 7o hours. Aft-r establishment of equilibr~-um. the
temperature fluctuated not more than 0.10 C and tho shifting
of a Hg-line amounted to an average of only 2 Thu 'waria--
tion of air pressure of 5 to 10 torr caused no noticeEble
shifting of the line. In the case of tho other five iiistruments
the results differed but little from those mentioned, but, ob-
viously, the time needed for heating up to a certain temperature
depended-on-the size of each individual apparatus. Tho authors
hope that this method may be applied allso to the DFS-',O type
instrament, which has a weight of 1-5 to 2 t,.lns and a volume
of roughly 1 m3. There is 1 figure.
Card 2/2

AT$UNOV, AS.; LUGOV,, S.F.; FEYGIN, Ya.M.
New data on the geology of the Lovozero Massif. Sov.geol.
L. no,,2:55-67 F 161. (VIERA 24:10)
1. bliniaterstvo geologii i okhrany nedr SSSR.
(Lovozero Tundras-Geology)