SCIENTIFIC ABSTRACT RESHENTNIKOV, V.I. - RESHETNIKOVA, L.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001444710003-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 20, 2000
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

9-2674
S/198/61/007/002/'u63/004
D204/D303
AUTHOR: Reshetnikov, VOI.9 (Moscow),
TITLE: Some probiems-of~the,dynamics of a-Cardan suspension
of a*triaxiai stabilized platform
PERIODICAL; PryKladna mekhanika, v.7, no.2, 1961,, 189-196
TEXT: The author states that some papets contain incorrect
conclusions.regarding the momenta that*act on the rotor-of a gyro"
scope and are caused by the reaction forces.in the.axes of the.sus-~
pension;, The article offers exact formulae for the momenta of dy-
namic reactions between the.platform and t~e Cardan suspension, in
the presence of small proper motions of th platform and arbitrary
motions of thebase. At first no friction and.no stab,ilizil~g
mbtors are supposed; the general formula Ais (10)
Card 1/3~

im

W.1.1lrlvw-lawjU

"Theory and Design of a Phase-Sensitive Azapl_ifier-.Rectifier,"
bly Ye. 14. Reshetnikov, Moscow Order of Lenin Aviation Insti-
t __E_ I ;_ - .,
ut& rien-i er6o r-Czhonikidze, Trudy Instituta Issue 769
Oboronqi-,, 1956
This 90-page publication, printed in 8,000-copiei discusses the
~characteristics and application of phase-sensitive amplifiers, used as
the connecting link between the synchro-tie receiver and the electric
~-drive of a servosystem.
This work attempts to fill in the gaps existing in information on
:,theory anddesign methods for controllediphase-sensitive amplifier-rec-
..tifiers. This type of amplifier finds its application in the aircraft
industry.
The book. contains the follovingehapters: general problems of build..~.~~
ing and desi&n of a single-stage electronic phase-sensitive amplif ier-rec-~-
:.tifier; phase-sensitive amplifier-rectifier with ohmic and capacitive re.7
sistance in the load circuit; phase-sensitive amplifier-rectifier with
load of L and RaAC; and differential phase-sensitive amplifi_er-recti~-
-tiers.
IA& 1-1 Vs

ILI V,
28(l) PHASE I BOOK EXPLOITATION SOV/2309
Ageykin, Dm1triy Ivanovich,, Mikhail Aleksandrovich Balashov, Sergey
Petrovich Kolosov, Valentina Ivanovna Nefedova, Y
vich Reshetnikov, Nikolay Ivanovich Sokolov, Vasiliy Mikhaylovich
XtroM V, Nlkolay Mikhaylovich Tishchenko, and Nikolay Petrovich
Gdalov
RUlcovodstvo po proyektirovan*iyu elementov i sistemlavtomatlkl; posobiW
po kursovomu proyektirovanlyu (Handbook on the Design of Automatic
Control Elements and Systems; Textbook for Term Projects in.Design)
No. 2, Moscowp Oborongiz, 1959. 1247 P. (Series: M08COW. Avlat-
-ironnyy.institut im. Sergo Ordzhonikidze) Errat'a slip inserted.
1-7,500 copies printed.
Ed. (Title page): B.M. Petrov, Corre 9pondin Member, USSR Academy.
of Sciences, Professor; Ed. (Inside bookT:, V.N. Istratov., Candl-,
date of Technical Sciences; Ed. of Publishing House: E.A.~Shekht-
r
ari; Tech. Ed.: V.P Rozhin; Managing Ed,: A.S, Zaymovskaya.
m
PURPOSE: This is a textbook for students of the electromechanical de-
partments of vtuzes working on term- and diploma design projects.
Card JL/ 4

Handbook on the Design.(Cont.) SOV/2309
Some chapters may.also.be useful to engineering personnel working
with automatic control systemsO
.,COVERAGE: The authors discuss basic problems in thedesign of auto-
matic-control system elementsr such as relays, clutchel.,
and power transformers. They:also describe servo.systems, parti-
eularly autopilots, and present numerical examples of calculating
system. parameters. Typical assignments 'for students working on
term design projects.are also presented, The book was written by
part of the teaching staff of Moscow Aviation Institute imeni Sergo,
Ordzhonikidze, under the direction of Professor B,N. Petrov, Cor-I.:-.
responding Member, USSR Academy,of Sciences., Chapter I was written-,~
~by D.I.- Ageyk1n; Chapter II, by S.P..Kolosov and M.' A. Balasho
V;
Chapt III, by V.I. Nefedov; Chapter IV, by Ye. M4 Reshetnikov;
er
Chapter V, by N.P. Udalo v; Chapter VI, by N.Me Tishchenko; Chapter
VII, by N. I. Sokolov; and Chapter VIII, by V.M. Stromilov. The,
authors thank Docents V.N. Istratov, S.P. Inozemtsev and A.F.
Khokhlov, Candidateslof Technical Sciences, for reviewing the book..
There are 69 referencesp all-Soviet (including 2 translatiorv)..-
TABLE OF CONTENTS:
Card 2/4

Handbook on the Design (Cont.)
Io Remarks Concerning the Term Assignment and Term Design Prc-
ject 238
2. Typical Assignment for a.Term Design Project 238.
AVAILABLE: Library of Congress
JF/bg
card 4/4 9-30-59

RESHETNIKOV, Yul, S.. SAVVAITOVA, K. A.
Some characteristics of the structure of the skull and the

RESHETNIKOV, Yu.S.

m

V
FADEYEVA, 'll.A.; YESE-OV, ~!.S. ; KOLTUNOVY 14.V.
nM V K 1-.'--iiiid-'FILIPI~)Vi'-IPJTRrrHEiA, A.L.
"AP- H--~ults of Tr:gt.-rp fursery-age Children and their
f7or

34280
S/;35/61/000/143/006/006
D112
DO 3/
I/j, 00 0
AUTHOR: Reshetnikova, A.D.
TITLE: Determination of the quantity )f air contained in a liquid at
atmospheric pressure
SOURCE: Moscow. Aviatsionnyy institut. Trudy, no. 143, 1961.
Issledovaniye nekotorykh elementov gidropnevmaticheskogo
oborudovaniya samoletov, PP 140-147.
TEXT- The.author describes a new installation :;he designed for determining
the amount of air in fluids used in hydraulic jystuems. The fluids examined
Were AMr'-104~ (AMG-10P) lubricant, extensively used in the hydraulic
systems of aircraft, and the new. lubricants (A), and (V) The
new installati designed for laboratory and airfield use (Fig. 1) 1
on, is
based on a previous degassing apparatus developed by L.A. Epshteyn (Ref.l:
Iribor 111 metod d1ya opredeleniya soderzhaniya gazov, ras-tvorennykh vzhid-
kosti F! device and method for determining the contents of gases dis-~
solved in a liouid] "Peredovoy nauchno-tekhnicheskiy,i proizvodstvennyy
Card

3h280
S15351611000114310061006
Detormination of D033/Dll2
opyt"? tema 39, 1957, izd. filia-la VINITI AN SSSR The apparatus doe-z
not require mercury. Its operation is described in detail. The air lib-3-
ration factor is.--alculated as P V2 I where p pressure of the
PO 11
of the liberated air- p atmospheric.pressure; Vl volume of the con-
tainer 1; V volume oTthe container 4. The experimental relationship
2
-2pv.
rl~ = f (Pvacuum) is lin .ear And can be described as A 1U acuum~
where A is.a coefficient obtained experimentally. The maximum air libe-
ration or coefficient of solubility for AT-M-10F oil in a perfect vacuum was'
found to be 9.72%, and for oils "A"and"Y" - 8.8% and 8-7%,~espeotively. The
specific weight and the viscosity of these oils are also given.The a dm ssi b! P_
error ~f the installatioil is calculated as A 1 + 2 1 where
+
p -2 P2 S&h.
and 62 whore. p, -.residual
V 2
p 01
0
Card 2/y

r -LL! S- -S

CarxiTach C :-3-2--
-Ii- -L, "'t- Jan.
inf7t .
n-'a
-ta~`Uatl
n 4 cal Dis
c
7z, Edu a4- otla 1
Hi
,
-
ti

31' 3,,-.
lo jlLd 55

ce
Nil 1 1
A 35.
US 63
HIM
its
bi
10
-al
.89.4
11MORI 1-.;: tat,
AM

S/1117/61/ooo/ool/ol6/oI6
E03-
AUTHORS: Iteshetnikova, 'A.D. -arid Ilukhov, AiL.
TIT LE Determination of the Coeffic:ient. of Vbluijje
Zxpansion of Liquids
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy,
Aviatsionnaya.tekhnikag 1961, No. 1. pp. 133 138
m.Tr: The present paper reports the determination of the
thermal expansion of the
JOCP (ANG-10F) oil, which is
the principal working substance of hydraulic systems in aero-,,
plimes. The- volum Ie-exparisi on coefficient.of the heat-resistant
liquids A and 0 has also beeninvestigated., The apparatus
employed is illvastrated in Fig. 1. It consists of aglass
11fraine" having two vertical sections 1 and 2 arid two
fferential wanometer..4
3 9. as well as a di
horizontal tubes
1f the temperature of the liquid in the arill 1 is t and
that in the arm 2 is 0 , while the corresponding densities
are (,;j and t_'o then. h /h jO t where h is the
t o 0
height of the liquid at the: appropriate temperature,., Sincej
Ca r (1 1/6

S/147/61/000/001/016/ol6
Determinat ion of E032/E314

se /Q I lit;)$ it f01101re ti-sat 4 (h h j/h t
A
t
0 0
Th i i I basic formula ford con,puting a in practice
tile arin I is placed in a thermostat
7 equipped
With th(~, ".. 111dow .10 while the standard arm 2 is surrounded
by melting :Lce. When tile two arins -.1
and 2 are at a
difteront .
teml)erature, -the differential manometer indicates
a Presbure difference h - h this can be read to within
1 2
+ 0. 25 111111. In this case the working formula is
As - 112
+

The quanti ty h h can be expressed in terms of the

manometer indications. by the formula h h a
a )/2
2

.6ard 2/6

I MA

S/lL7/61/000/001/olu/016
Dete rmination of .... E032/1!',314
5: Fix.

gAv
T
-7-

o
g

~v w 60 IQ jw
Car /6
L

S/147/61/ooo/ool/016/016
Determination of E032/E314
Fig. 7 F

900 get
e%-

0
6
,

0 J'a Sl 'yo ISO eoo Z40
c

i A? 4 0 V 0', ?o 4 w am

Ca rd 6/6

RE.;! i~.. D,

SAKULDI, I.P.; STRELITSOVA, V.N.; REISIIETNIKOVA, A.F., DAVYDOVA, A.L.;
STEFANOVA, S.V.

IRM-BETNIKOVA, tL.R. (Dnepropetrov.9k); STENSHKI16, K.I.. professor. direktor.

m -- , , - . . A
-1 --aiw : :-. I -W-or.
. ~. V.

IN

0(y
USSR/Zooparasitolo a. General Problems. G-1
Abs Jour Ref Zhur Biol., No 6, 1958, 24305
Autlior Reshetnikova A V.
Inst
Title Parasitofauna of Fish in Fresh Water Reservoirs of Crimes.
Orig Pub :1 Tr. Karadagsk-~biol. st. AN USSR, 195 TI, No 14, 82-91
Abstract In.1002 fishes of 12 species.investigated from Main, Ka.
chin and Taygan reservoirs and kolkhoz ponds of Dzhankoy
and Kiasnoperekop districts, 9 species of parasites were
noted; protozoa - 3 species (myxobolus carassii).M. cy-
prini, M. phisophilus), monogenetic trematode Dactylogy-
rus anchoratus, cestodes -- 2 (Liqula intestinalis, L.
colymbi), skreben Pomphorhynchus laevis, nemtode larva
Contracoecum sgualii, crusta6ea ArgUus foliaceus. Ex-
tent of infection Vas 36.7%. This year's spawn of shin-
ing carp and carp from Kachin and Taygan can be used for
introduction into Crimean reservoirs.
.Card 1/1

EXCFFPT-. rMl-,A Sqc 17 V01 5!9 Public Health Sept 59
534. DYNtXj%IlCb OF TlIZ 2-WAVS PATTERN OF INFLUENZA (Russian text)
Reshetnikova E. K. Dept. of Virol. and Rickettsia, Kasakh Inst. of
tM-p-,d-em,6I-.7M-IcFMffff.-and HY9. - ZDRAVOOKHR.KAZ. 1958, 18/7
(10-16) Graphs 3 Tables.3
The epidemic of Asian influenza during 1957 in Kazakhstan occurred in 2 waves:
the first of weaker. and the second of greater intensity. The first cases were
registered in the eastern provinces of Kazakhstan. At the same time, great
epidemics of influenza were discovered in the border-regions of China. The in-
tluenza epidemic in Kazakhstan affected people of all ages. although there was a
predominance among infants and children. Clinically, the course of the disease
was moderately heavy to light- The lethality was 0.379. Those who recovered from
the disease developed immunity, which as a rule protected them during the second
wave of the epidemic. Mitov Plovdiv
to

Yui!,YL'V) G.S.; PRILEPKO,.II.Ye.; Prinimali uchast-i-.,.-c: KRASWSILAYA, R.I.,

, r I .
.1 " I I I .. : . - - - , 11 1 - ~ .. . '. - ... .. ... , . I .. .. .

,N~
j
AUTHOR-,-
-a ~):n p ta n s, 7,,qvatians for the
T ITLE?
f T I i~ A t ph r, e a zn d th e Significance
?0-predelerliye vertlkallny
kh
k ~L ienl, d I ~-i am ik I turbu`entnoy atmosfery i
LI 2
Ar~ 1z ~Idh s,-Irednemes: I-
ya chry'-h zria cherxiy),
-,J v Gla-,rroy gei-if-izlcheskoy obs-ervatori'L
PERIODICAL? T-1,
ci-7 1,jr 71
po -2-9Q (USSR)
ABSTRACT The madern s i~ ujy of ~ittrlozipl;er~lc,~ problems is based on
A ~-.urreritf- Several authors have
detailed M- ~~w I e,, k~_ 0 +
examined th~~ ;trends for such currents and have pre-
parl~d jir,r,~p it Fields of vertical
ve]-ocit"Y' and :,,rarlot-k2 syr~op " r--,Lc si-tuatiors, Of all factors
influencing, 'Che best known are -the vertical
)o Of Coriolis parameter de-
-id r,, I-D.
e~, on ~-!-Ie~ Ano factor affecting the
P
velocity Is, h IL I z. i 12 a shape of the earth!.3 aurface. The
'j.
17n ~h,~! ln-rn,,3hing air flows
ny theo_retl cal studies con
Card 1/3

I /I I
3b- 1-5i lo
Analysis of Ve--1_',1'_-.a__ fOr the (C nt.)
no arid the
e rn f~ c 1w
a s effect of topo-
0 OrDT S
ren' -urbuience have
ex of a
graphl-
-)nc' us ions on the
h!
theory of -f-j Oorl.olls effect and Inves-
tiga t-ed h -F! f~f 4'~L! C-3 ~~hanges pre3sure for short-term.
forera !.cnas and '-he formation of-
planot.~rry bl;-f 11- 1.:~ ot nd 1 t, i a n P, the theory-of
-`t-l 0 Ore o,` the problems consid-
long WaVi_,11 -44 ei S
ered in, :3:;rf;ioe relief on vertical.
ce
Ve1,1,c2.t1rzs n TI!:, 1-i- lp.rognostic signIfican
J is considered math-
fTi-tion or for irregulari'
lies 7:~h- -ori o lar factors in the
If s im I.,
b o (in d a r yLa yf~r i's n hei-e the velocity of wind
rz T exponential laws.
_111.thlyid c or
Is
2 1 fleld by applying the long-
Yud p Z;
A
wa ve s P1 .-Als,,ussedi provides a solution
14 -11-1 ti ". r th i?~ -t-A.bution-pf the geo
stroph _11" w.~ rd i t in r~he final analysis that
et' of --_iccel-ration on the
Card 211-4

I
'A

KORSHAK, V.V.; VINOGiODOVA.. S.V. j LEBEDEVA. A,S, ; Prinimala uchastiye

5(2) PHASE I BOOK ETLOITATION SOV/2252
Akademiya nauk SSSR. Institut obahchey I ne.-organicheskoy khimii
Khimiya redkikh elementov, v7P- 3 (Chemistry of Rare Elements,, Nr3) Moscov,
Izd-vo AN SSSR, 1957. -135 P. 4,500 copies printed, Errata slip-inserted.
Ed. Of Publishing Home: Yu. S. Sklyarenko; Tech. Ed.i A, A, Pavlovskiy;
Editorial Board: I. V. Tananayev (Reap. Ed.), S. A. Pogadin, Ye. Ya.
Rode.,V. G, Tronev, and 0. F. Bogash (Secretary).
PURPOSE: The book is intended for scientiste.and engineers Concerned vith thO.
study and utilization of rare elements,
on investigatIolm In th*, chemistry
COVMGE: The book Is a collection of papers
of rare elements conductedIat the Institut obga2chey I neorgWehemkoy.khJuJi
imeni N. S. Kurnakova (InstItute of General and Inorgenic Chemistry 4AWnJ

Chemistry of Rare Elements, Nr 3 1 SOV2252

I

NOVOSXLOVA, A.V.; RESHITNIKOVA, L.P.
Vapor pressure of saturated solutions of beryllium sulfate. Vast.
Moak, un. Bar. mt. wkh., astron., fiz., khtm. 11 no.2:171-174
'56. (KIRA 10:12)
1. rafedra noorganichakoy khIall Wookcvvskogo gosudarstye
Unogo IMI_
versiteta,
(Vapor pressure) (%ryllium sulfate)

4,1010 "Vapor PressUm a. sa
td.
f -with valumWcd.byiikinsof thee44itio4d W- 'B
-a al ue to, 4r;Sovit,
.A'
th
'3- eva;~ -Coacu;
Prc;=!e .0*,' alo]

AUTHORSs Reshetnikovag L. P., Novoselova, A. V., 78-2-19/43

TITLEt -gat
inve 3, stem caso B
-ons on the S1 -H20
4 e504
4_H20j
PERIODICALs Zhurnal Neorganicheekoy Khimii, 1958, Vol- 3, Nr 2,
pp. 378-382 (USSR)
ABSTRACTs The purpose ofthe present paper was an inves-tigatior*f.the
solubility of the system CaS04~-BeSO4 _H20 and the explanation
of the influence exertedby these sulfates upon each other.
The solubility was investigate'd at 25-and 750 C. In the
system -BeSO -H20 the eliminated solid ph se at.25 and,
CaSO4
:
A
r solid sai-
750 C is pure CaE
and neither double Salts n
utions co .uld be determined. The CaSO , eliminated at 250 C.
Thi
t
li
i
t
t
i
it
2
l
f
s
er.
wa
o e
m
na
ed a
zes w
Vo
o
crystall
h
Pa
4
750 C represents calcium-sulfate anhydrite. Chemically pure
beryllium sulfate and calcium sulfate were used as initial,
substances. C&SO
l was produced by way of,calcium chloride
and sulfuric aci . The determination of beryllium in the
solution is performed.volumetrically-But the deteraination
Card 1/2 of calcium is, performed with the aid of the'radioactive

Investigations on the System CaSO 4-Be S04-H20 78-2-19/43
indicator Ca45. For the separation of beryllium and calciuz,,~
calcium oxalate is first precipitated with the aid ofammon-
ium oxalate in a neutral solution, whereas beryllium stays
in the solution as a soluble complex. On addition of.beryll-
ium sulfate to the calcium-sulfate solution at 2% of beryllium
sulfate a minimum of the solubility of C
S04 occurs,,then the .1~
&
solubility again increases to 5~9 of bery lium sulfate,and
then it again decreases. Crystallographic analysis also show--:
ed that the solid phase only contains calcium sulfate wid,that
~ neither double salts nor solid solutions occur.between.CaSO
4
,.-.
and BeSO .-It was.found that the solubility of calcium Bul-
fate at i~ addition of beryllium sulfate at 250 C in com-_
parison with the solubility in water is almost reduced six
times (209 mg/lOO g soiution in water as compared to.21 mi/
100 g solution) and that itis 13 times reduced at 75 C
(200 mg as compared to 15 mg/lOO solution). There are 4 fig-
ures, 3 tables,an& 16 references, 2 of which are Slavic.
SUIWITTEDs April 27, 1957
'
AVAILABLEs ress
Library of Cong
Card 212

AVIRIIED9 A.; RESHETNIKOVA L.P.; NGVOSELOVA, A.V.
Simultaneoqs solubility of lithium and beryllium sulfates in
sulfuric acid, Vest. Hdsk.uu,3er.2: . Khim. .17 no.2:47-49
Ap 162, (MIU 15:4)

5 (2,4)
AUTHORS:, Novoselova, A. V., Muratov, F. Sh., SOV/55-58-6-23/31
Reshetniko*aq L. P., Gordeyev, I. V.
TITLE: Investigations on the Pressure of Dissociation of the Sodium
Fluoroberyllate Having the Composition Na BeF (Issledovaniy*
2 ~4
davleniya dissotelatsit ftoroberillsta natriya soatava Na W
2 4),
PERIODICAL: Vestnik Moskovskogo universiteta. Serlya matenatiki, mekhaniki,
astronomil# fixiki, khimiiv 1956, Nr 6,.pp 181'- 190 (USSR)
,,ABSTRACT: This report covers.investigations of,the thermal dissociation,~
of, the above coaposition-within the tesperaturi.range of 1009-~
0
1197 Besides, the steam pressure over the liquid sodium
m
fluoride (N&F).and b*rylliu fluoride (B F2) was ascertain d
at ap*yropriatetempiraturese For the.investigations'Naf of 4he
qualification ChDA was used and solfzprodubed BeF and Na D~F
2 2
4
whose preparation In described briefly. The.,data resulting from
the analysis of the Na 2BeF4 are compiled, In table 1. The~appa-
ratus used for measuring the steam and dissociation pressure
Card 1/4 according to the flow methodis taken all in all similar

investigations on the Pressure of Dissociation of SOY/55-58-6-23/31
.the Sodium Fluoroberyllate Having the-Composiijon
N.a2BeF4
to that doscribed.in publications. The,diagramAs depicted Is
Fig 19 and is - In the following - described- Ith sufficient
W
precision. This jtoim pressure was determined according.to,for-.'
n-
mula pr wherein np Ep and n denote the nol values
of the evapoiating component (carried along by the gas stream-
ing through), of the gas streaming thtough, and of the sub-.
stance which is generated in the condensor in consequence of,
diffusion. P in the pressure of the gae(nitrogeu).streaming
through. The results obtained were extrapolated on-thi~pres-.
sure F for the gas speed -a 00 The apparatus was con-'~
extrapol
trolled by measuring the steam pressure'GUM (Data sse.Tabl*
2). The measuring results for the steam pressure of.BeF 2 are
specified in table 3, whereby the dependence f I P.-OR 1 /V
essedby,th : quatio'n I ~'L
was expr e a g V -B/t' (4g 2 A 3
were exprossed~on thebasii-~-of-Viyerin*ntal data following the
CE,rd .2/4 method of the Onallest sq'uares. (In the temperature range frow

Inyeatigations on the Pressure of Dissociation of SOT/55-58-6-23/31
the Sodiua Fluorobaryllate Having the Couposition
N& Bep
2 4
767-8910 the respective figures are 13-0411 and 13762, and in
the temperature-ra Ings-1 821-10020 9.900 and,10268). The resul ..t
isPAH 62962,cal/sol and AN 46977 cal/Kol. Th.*
subl. steam.
steam pressure of,solten S&P was 4etersin*d within a tempera-,
0
turerange frou.1071 to 1197 0 Results are given in table 4 and
in Fig 3. A and B were calculated at 8.2263 and 11029.9. In
this manner the evaporating h*at,AR was found to be 50462
noisolowthe investigation of the. pressure of dissoolat Ion of
the N& B*F several condensates were analysed (See iable 5).
.2
4
These analyses lead to the assuaption that-the dissocilation
takes place according to.thi following equation, N& BeF t:;_ 2NAF~
2 4 _
+ BeF 2' The partial pressures for NaF an d BeF 2 were deUralned
by way of liquid Na 2 BeF4 , and for-the temperature range, i 0.09-~
11970the following equationswere found-for Ig pin.d*pendence
8.6881-~ 10939/to and for Nap:..Ig p-=
of 1/T: For BOF2: lg~p
-
Card 3/4

Investigations on the Pressure of Dissociation of sov/55-58-6-23/31
the Sodium Fluoroberyllat# Having the Composition.
Na BeY
2 4
8 4370-10633/T (Table 6 and.'Fig 4),:Besidesp the activities of
;he individualcomponents,anf.the corresponding solar,percent-
ages in the molten mass~of the Na BeT (Table T) were deter-
2 4
mined. From the results-obtainod in this connection the con-
clusion.can be drawn, -that the dissociation does.not proceed,
an supposed,-but according to the equation N& B&F 46- Nap +
2: 4---+
NaB~F . The dissociation beat of UP calculated for this equa-11.
3 .11., 1.
tion amounted to AH a 48646 cal/mol. There are 4 figures, 7
tables, and 12 references, 5 of which are Soviet.
Kafedra,neorganichookoy khimii (Chair for Inorganic Chenistry)
June 13, 1958

-__#~jSHNT=QVA.-j.tP., NOVOSELOVA. A.V., KIRKINA, D.F.. NOSOVA, N.M.

GALAKTIONOV, A.A.; SERGEYEVA, Z.V.; KURICUNKO, V.A.; RESIMNIKOVA,---.--,-,
.,__L.V,-;-FOGULYAYLO, Z.K.; SUVOROV, V.S.; Y,?,IVOV',-FI.D.;
RASTATUYEV, V.A.; FEDORDVA, Yu.A., red.; SAYTANIDI, L.D.,
telr-hn. red.,
[Col2ection of technologically gronded production norms for
mechanized farm work done in shifts]Sbornik tel:hnicheski
obosnavanrykh normativav smennoi proizvoditellnosti na sell-
skokhoziaistrvenrye riekhanizirovanrqe raboty. Moskva, Izd-vo
14SKh RSFSR, 1962. 231 P. (I.!IRA 15:9)
1. Russia (1917- R.S.F.S.R.)L'inisterstvo sel'skogo kho-.
zyaystya. TSentralinaya zonallneya normativno-issledovatell-
skaWa stantsiya 2. TSentrallnaya zonallnaya normativno-
issledovatellsk;ya stantsiya (for all except Fedorova,
Saytanidi).~
(Agricultural rachinery-Production standards)

IUBIMOVAO P.S., starshiy nauchnyy sotrudnik; KAZIKENA, T.A., paleontolog,
mladshiy nauchnyy sotrudnik
[0--tracoda of Mesozoic and Cenozoic sediments in the West Siberian,
Plain]. Ostrakody mezozoiskikh i-kainozoiskikh otlozhenii Zapadnor,
Sibirskoi nizmannosti. Leningrad,,Gos. na!chno-tekhn. izd-vo neft.,
i gorno-toplivnoi lit-ry.- Leningr. otd-nie 1560. 426 p. (Leningrad.
Vsesoiuznyi neftianoi nauchno-issledovatellskii geologorazveiochn~
institut. Trudy, no.16Q) (MIR
1. Vsesoyuznyy, neftyanoy nauchno-issledovatellskiy ge 'Ologorazve-
dochnyy institut (for Lyubimova). 2. Sibirskiy nauchno-issledo-
vatellskiy institut geologii,,geofiziki i minerallno-go'syr1ya (for
ReshetnikovaY.
(West Siberian Plain--Ostracoda, Fossil)

(Tengiz Depression-Ostracoda, Fossil)

ACC NRa AP7001724 SOURCE CODE: UR/OohB/66/030/012/1942/1949
AUTHOR: Gorbatyy, N.A.; Llvov, G.V.; Pered*riy, V.A.; Resh-e-tnikjk'~!~k-
L
,.;-Fekhretdinov,, F.A.
-V
ORG: Department or Physical glectronlcs,or~-Tashteat State University
'L . V.I. Lenin (Kafodra I isicheskey elektroniki Ta'shkentskogo
g:sudarstvennogo universitete)
TITLE: Thernoelectron emission fron.bafulun and,sirconlum,carbides
SOURCE: AN 55SRe Isvestlya. gerlya fislebe4kaya e-309 no* 120 19"'o
1942-1949
TOPIC TAGS: hafalum compound,,, sirconlun,.*carbide, carbide, thermlonle
emission, vork,functio Ac-4^;.V11 I
ABSTRACT: 'In view of d1screpancles-In the published data an the thermoolectron'
emission from HfC and Zirc. the work functions,:Richardson constants,~
and current deywities were recalculated for those materlals-under
contained
rigorously con'trolled conditions The WC samples 942 metal,
5.3Z bound C. and 0.401 free C, and their lattice constant was 4.632 KX.
The Cre "'samples, contained Be. 95X metal I10903X bound co and 0.40 free C,
and their lattice constant was 4.679 11. The imiebardson metbod was
1/2 Me I none
cmd