SCIENTIFIC ABSTRACT V.A. CHESNOKOV - N.N. CHESNOKOVA

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000308720017-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: December 30, 2016
• Document Release Date: June 19, 2000
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

CMMMOYO.J1,44, ZROOTINSM, G.1h.
A now organic sold widely.spread In plant leaves (with sonsury in
Inclish]. rest. IM 13, no.3t148-151 158. (KIM 11:5)
(Plants-Chemical composition) (Itaconle maid)

CHISNOKOV !,_, V.A,; PIMIVIGH, V.V.; VIRZITIN, U.N.; STSPANOVA. A.M.
Some results of mass culture of unicellular algae. Vast. LOU 15
no.9:29-36 160. . (KIRA 13:4)
(Alal)

CHESNOKOV. V.A
Sme physiological aspects of increasing the productivity of
unisenular algae. Vast. LGU 17 no.9:113-M 162. (MM 15:5)
(AIM--CULTUFM AM CULTURE NEDU)

-VZ=QY,O,~ V,&O R&KRIMY, G.
Influence of growth conditions on the activity of photosynthetic,
apparatus in plants. Part 1. Effeot of shading on the activity.pf
the photosynthet4o apparatus in plants. Vest. LGU 19 no.3:lZ7-138
161,, (M RA 17: 3)

CIIESNOKOV . V.A.; RAKJUMOV , G. ; BUSHUYEVA , T.M. ; NOVIKC;V-1~ , 111'.V.
Effect of warming up of leaves on the photosynthesis and activity
of isolated chloroplasts. Vest. LGU 19 no.15:105-110 164.
(MIRA 17:11)

CHESNOKOVI - V16 A. 1. ZHABOTINSKIY, G. Kh.; ILI INSWA, N. L.
Organic aeide in plantso their physiological role and posi-
bilitime for practical use. Trudy PBI no.19t57-87 162.
(MIRA 16:1)
(Acids,, Orguic) (Plants-Metabolim)

CHISNOKOV, V.A.
Resquipping a VKP-16 mchins, for assembling lake bundles. Lee.
prom.14 no.4:25-27 Ap 054. MU 7:4)
1. Starshly nauchnyy sotrudnik VO Vessoyusnogo teentmllnogo nanchno-
iseledovatellskogo Instituts. (lumbering-Nachinery)

GRESNO 'STBUOT, X.Ta.
.
On owlthieng and protection In networks of 3--6-10 kv in oil
fields and refineries. Xnergebiul. n0-1:22-23 A '57.
(MLRA 10:1)
(Blectric evitchgoar) (Petroleum industry-3lectric equipment)

OHESHOKOV. V. A.
,MW ----------
V. A. Chesnokov, "On a New Vibration Resistant Bearing of High Capacity Developed by
M. L. Nowikow."
paper presented at the 2nd A3.1-Union Coe. On Fundamental Problems in the
Theory of Machines and Mechanisms, Moscow, USSR, 24-28 March 1958.

(21q
r 1 0'. /~ I
~SDY~l :~R~~)/ kand. bklun. muk; CHNSNOKOV, V.A.. )mnd. tek-hn. naWk, dDt s.
Goar transmission with M.L. Novikov's mashes. Vast. mah- 38 no.4:
3-11 4 158. (MIRA 1113)
(Gearing)

SOV/122-58-5-2/26
AUTHORS: Fedyakin, R.V. and Chesnokov, V.A., Candidatas of Technical
Sciences
TITLE: The Design of Geax,"Transmissions of the M.L. lqovikov Type
~Raschet zubehatoy peredachi M.L. novikova)
PBRIODICAL: Vestnik Igashinostroyeniya, 1958, Nr 5,
pp 11 - 19 kUSSR).
ABSTRACT: The sequence of design of the new novikov tooth form
is discussed. The tooth profile consists of circular arcs but
the tooth as a whole has a complex shape. The shape and load
distribution of the contact area are assumed. Usually, a
truncated elliptical area is the result of short teeth. A
circular distribution over the middle portion of the tooth
width is said to be typical. The case of point contact with
an elliptical contact area is also considered. Geometric
relations derived in the two authors' previous paper (Vestunil:
Mashinostroyeniya, 1958, Pr 4) are re-capitulated. The radii
of curvature of the pinion and wheel teeth are COMDUted.
Linear contact along the tooth height gives the best load
capacity. The contact stresses for this case are computued by
means of the Hertz theory. Formulae are given for determining
the radii of the equivalent cylinders. The calculation yields
Cardl/3 a "redu~aed" radius and a "reduced' length of the equivalent

SOV/122-58-5-2/26
The Design of Gear Transmission of the M.L. Bovikov T~ype
cylinder whose produc+-, multiplied by the square of the
permissible contact stress and by a numerical factor, gives the
limiting tangential force transmitted by the tooth. The perm-
issible contact stress is proportional to the Brinell hardness
number and to the sixth root of the-reci-Drocal number of load
cycles. Gears so designed and tested under operating
Condiltions are claimed to have exceeded the capacity of
iDvolute gears of the same size by a factor of 3 at an average
peripLeral speed of 12 m/sec. Gears running up to 60 m/sec
viere tested at the Nikolayevskiy mashinostroitellnyy -"avod
(Nikolayevsk Engineering Works) showing a similar superiority,
The helix angle has a substantial effect T~e best results
were obtained with a helix angle of abou; 15 . The design
of the teeth for bending strength is based on a formula by
'which the bending stress is proportional to the tangential
force and the tooth height and inversely proportional to the
squaye of the root cross-section of the tooth. This follows
frow the application of a load which is uniformly distributed
over the height of the tooth and elliptically over the length.
Teeth of equal safety against bending and contact stresses are
obtained by changes of profile but not by changes in module-
Card2/3

SOV/122-58-5-2/26
'The Design of Gear Transmission of the M.L. Nivokov Type
It is thought that at least three different basic profiles
will be required to make full use of the potentialities of
the new tooth s1wPe. Details of bending strength analysis
are given for convex and concave teeth. A safety factor of
2.5 is recomiended. A very high trength of the new tooth
form is claimed, supported by practical tests. The original
teeth with both sides of the profile consisting of concentric
circular arcs have excessive strength. After laboratory
experiments assisted by &train gaiige measurements, the
appropriate proportions were established for the tooth
thickness and the root fillet radius. The tooth strength
is determined mainly by the value of the profile shift, by
the pressure angle and by the helix anglS. A shift of
0.05 - 0.20, a pressure angle of 20 - 30 and a helix angle
of about 12 appear to give best results. With~ the basic
parameters chosen the geometric design of the tooth profile
can be carried Zt. A detailed instruction and sequence of
steps are given in the paper. There are 7 figures and
5 Soviet references.
Cerd 3/3 1. Transmission gears--Design

NOVIKOV, Mikhail Leontlyevich, doktor tekhn.nauk Ldeceesed]i Prinimal
uchastiye FXDTAKIN. R.V., kand.takhn.nauk. CH3SNOKOV. V.A.,
red.; TATSMO, G.G., otv. ze vypusk; SUKILMIA, R.A., tekhn',-'red.
[Now system of gear meshing] Novala sisteme zubchatogo zateep-
lenlia. Koskva. Kosk.dom nauchno-takhn.propaijandy im. F.H.
Dzerzhinakogo, 1959. 39 P. (Paredovoi opyt p~-oizvodstva. Ser.
*Tokhnologiia mashinostroeniias" no.27. Novyu tokhnologicheakis
protmessyl (MIRA 13:1)
(Gearing)

CHFISNOKOV takhn.naul,
~ I -
Novikov's gears. Izobrol rate, no&6:22-24 Jo 159.
(MIRA 12:9)
(Gearing)

CIEBROKOV, V.A., aspirant
Cutting straight-toothed bevel gear wheels on a gear-shaping
machine without copying devices. Issl.v obl.metallorezh.stan.
no.4:157-163 161, (MIRA 14:12)
(Gear cutting)

1963 SOURCE CODEt UR/0120/66/000/006/0196, 0198
AUTHOR: Ayzenberg, V. N.; Chem!jokov~o, V. A.
ORG: none
TITLE: Rectangular-pulse current generator with a silicon-controlled rectifier
-198
SOURCE: Pribory i tekhnike eksperimenta, no. 6, 1966. 196
TOPIC TAGS: pulse generator, pulse signal
AASTRACT: A 'pulse generator which uses a silicon-controlled rectifier (SCR) is
described (see Fig. 1). A triggering sigmal. amplif led by Ts-bT7 causes the SCR
to conduct. Simultaneously, the triggering signal amplified Y Ti and T 4 causes
thyratron (TS) to. conduct and capacitor C Is discharged through Lt. When the
voltage on capacitor C reaches the value 91-AUt (69 to a voltage drop across the
thyratron in the open stateY, the thyratron turns ofL ' After the time interval
which, determines the duration of the pulse, a negative pulse Is applied to the - . .
circuit consisting of 1/2 T1. T2, T3- After being amplified by 1/2 T, and T2. this
pulse causes the thyratron to conduct. The voltage on the plate of T3 and,
Consequently, that on the plate of the SCR decrease. The SCR in thereby cut off,
VDQ 62le373*444

V
Fig. 1. The circuit
-of the VuLse pasta-
tors
and capacitor C is discharged through the thyratron. The described circuit
Incorporating the silicon-controllod rectifier VKU-100 generates rectangular pulses
with up to* 100 amp current, 50 wac duration, and rise and fall durations of
10 and 2 psec, respectively. OrIS. art. has; 3 figures. IGS)
SUB CODE: 09/ SUBM DATE: 24D~c65/ ORIG REY: 002/ ATD PRESS: 5110
2
J2

:C: N% AP7001/451 SOURCE CODE: UR/04-13/66/000 1/01P-8/03i~~
/02
rEN'rORS: Fedyakin,'R. V.; Chesnokov, V. A.
ORG: none
TITLE: A roller bearing. Clnss 47, No. 188231 Za-nnounced by Mitar-j Aviation
Engineering Order of Lenin Krasnoznamonnaya Academy im. Prof. 14. Ye. Zhukovskiy
(Voyenno-vozdushnaya inzhenernaya ordena Lenina Krasnoznamennaya Akademya)_7
SOURCE: Izobreteniya, promyshlennyyo obraztsy, tovjrnrjo znaki, no. 21, 1966, 188
TOPIC TAGS: roller bearingj, machine accessory, bearing race
AMITLACT: This Author Certificate preoonts a roller bearing with grooved working
surfaces of rings and rollers. To increase its load-bearing capacity and to diminish
the noise it produces, the grooved working surfaces of rings and rollers are concave-
convex and are identical in the rings and in the rollers (see Fig. 1).. These grooves
in the surfaces may be disposed in a herringbone pattern., may be curvilinear or
helAcal.

ACC NRs AW003451
Fig. 1. 1 roller; 2 - external race;
3 internal race
Orig. art. has: I figure.
SUB COM: 131 SUBM DATEI 15Dec64
Z
Card 2/2

henji3catic add. 1.
41~ - M
2E
f,"und in the
'T C(XN 6 and PhCH,C0,11 Ily thermal-
-bbiary Aystm c US:
tinulys6 nietbods. - Me latter up
Ified tq the tcniary sygtrm
t of
shom--d . that ~ the large3t area 4 cry~t.-%Mzation 13 th%
VY N111h, f0lquul by thpt of PECHICOill. and finally vt
tht coniMind C(XNH&2AcO1I, w. 30', AcOH OCC"PIC-S
on Innallea-of crystallizatlon al-CAS an the diagram. Tile
?e--idU are shown giruphi6ity. -The systm h= 2 teniary
One 12' With 3~ mole % AcOll, 351 rjole %
I1hCH,COlIt, and AO moles% CO(NHt)3, and the other at
-3' with 8 molt, % MN111h, 74 tno4t L% Arulf, mud 18
1.1-1a % PhcI1-.CO.1I aorves of t-mpn.- vs. cond., vis- -
ity, and d. In the bi;Iary,%yadcms CO(NIIs)r-PhCJ12CWI
d MO1I--P);CH*C(VI A~"e ultnoAt rmUlintar und Indl.

CHESSOKOV, V.P.; BOIWTKIN, I.M.
Ther=a anal*sis of the ternary system acetamide - acetic
acid - phenylacetic acid. Zhur.ob.khim. 30 n0-7:2124-2127
JI 160. (MIRA 13: 7)
I, ArkbwWl'skly levotekhnicheekly lnstitut*
(Acetaulds) (Acetic acid)

BOKHOVKIN, I.M.I. VIIIIAN, Ye.O.; IMIOLINA., N.N.; CHESNOKOV, V.F.
f ------
Fhysicochemical analysis of the ternary system carbamide-phenol -
acetic acid. Zhur.ob.khim. 32 no.9:2755-2759 S 162.
(MIRfi 15:9)
1. Arkhangellskiy lesotekhnicheskiy institut imeni V.V.
Kuybysheva.
(Urea) (Phenols) (Acetic acid)

CHESNOKOV) V F - BOKHOVKIN I.M.
I
Thermal analysis of the ternary system acetamide - acetic acid-
phenol. Zhur.ob.khim. 32 no.9:2760-2763 S 162, (MIRA 15:9)
1. Arkhangellskiy lesotekhnicheskiy institut imeni V.V.Kuybysheva.
(Acetamide) (Acetic acid) (Phenols)
.C

CHESNOKOV9 V. F.
CHESNDKOVI V. F., Insh ip VEUCINO, Tae Ge. Inzh.,q TSIUMM., L, Ta., Imareat
Stalinskol Premil Kandidaty Tekhn, Nauk, PUKAYWVq V. A., rAmreat Stalinakoi
i Kandidaty Tekhn. Nauk.0 DIX., V. M.9 Inzh.
Akademiya Koamnallnogo Khosymystya I14o K. D. Pamftlova.
Rairabotka I okeperimentallnoye iseledovanlye tipovykh ustroyertv dlva zaahchity
naporrWkh truboprovodov Page 56
SO: Col-l-grtign of Annotat;Lons of Sclentifig &seaX:ch Work on CgnstractiM. c0r-I'DletQd
in 12riO. Moscow, 1951

22788
5/05 61/031/005/019/G20
C:95 A B 104YB205
AUTHORS: Chernov, N. N. and ~hesnAkP-K-3Lt 1,
TITLEi Improvement of the stability of synchrotron parameters by
stabilizing the power supply of the electromagnet
PERIODICALs Zhurnal tekhnichookoy fiziki, v. 31, no- 5, 1961, 627-629
TEXTs It is noted that the instabilities of the intensity and energy of
gamma emission nf a synchrotron are caused chiefly by the varying voltage
of the power source feeding the electromagnet. The advantages of a power
source independent of the industrial power system are mentioned, and the
difficulties associated with the stabilization of alternating currents
are discussed. The current stabilizer shown in Fig. 1 is designed for them
power source of a synchrotron. Stabilization is done in such a way that
the positive feedback will be proportional to the amplitude of the pick-
up zignal which is determined by the amount and sign of voltage variation.
The stability of gamma bremsetrahlung could be increased by the use of
such a stabilizer (Fig. 2) which had a stabilization coefficient of 16.
The voltage fluctuations of the mains could be lowered from 10 to 0.5%.
Card 1/4

22788
5/05~/61/031/005/019/020
Improvement of the stability ... B104 B205
Thus, it was also possible to improve the stability of the final electron
energy and to reduce the variation in electron energy occurring with a
change of the supply voltage by 10% from 0.8% to 0.05% with the use of the
stabilizer described here. The variation in the final energy of the
particle&$ caused by fluctuations in the mainst could be lowered con-
siderably. There are 2 figurea and 2 Soviet-bloc references.
ASSOCIATION: Fiziko-tekhnicheskiy institut im. A. F. Ioffe AN SSSR
Leningrad (Institute of Physics and Technology imeni
A. F. Ioffe, AS USSR, Leningrad)
SUBMITTEDs july 6, 196o
Legend to Fig. Is Stabilizer for the power supply of a synchrotron.
Card 2/4

a/ %A
Improvement. of the stability....
22788
S/057/61/031/005/019/020
B104/B205
-----04300$
Ip, jot(
I A, C, I
O.S
R4 RY x8 fxlr
5,11 -94SOS
Rl,,
11 A, A
Rj I-V

improvement of t e stability-s
Legend to Fig. 2s Intensity of gamma
emission as a function of the mains
voltage. 1) With stabilization;
II) without-stabilization.
2278n
020
5/05.7/61/031/005/019/
B104/B205
Card 4/4
v

T
A C C ESSION NR: AP5007029 S/0120/65/000/001/0078/0081
.AT;THOr",: Belya-Yevskiv, A. I.; Gur'yan, Yu. A.; Che8nokoi,_V_,__A_
E: Calibrziting large scintillation cry6talb
ITL
SOURCE: Pribory i tekhnika eksperimenta, no. 1, 1965, 78-81
IOPIC TAGS: scintillation crystal, scintillation cry3tal calibration
_ABSTRACTS The flash caused by single-energy electrQnE; iscla--: a
:q ~!scrl t_a!:~-ation of large scin.C'Llatior, cryii!all~i 1'~
,tt,
.s ict ii? by gatrm;.t-quar.-,a
~un al 7. i r, gTT,.a;-it- By varying 'he field EOrerig!," c;,'
t r c3i s c:az) be irected along the selectcd trajectory anc Oit: :i_ % t
vs. electmn energy (20-100 Mev) can be
obt%,Ine-~Y, A qta-dard coer-dc rnu-megon opectrurn was used for compari-Dr the
~iit of a with the calibration of other ~rnila. ~_ ryta: z;. ~1'
Crrd 1/3

ACCESSION NR: AP5007029
the calibration of Na-I(Tl) 100-rnm diameter and 100- and 60-mm height, crystal.-;
arc reported. "The authors wish to thank the employees of A. P, 'cir--
1-ibf7--atcrv ooperation, and 1. F. Bu&aJSSj-- for hi-*.-:7, -Li
clectrolic equipment. " Orig. art. has: 6 figUTeS and I table,
AS,S0(--T--'.-rT0N~ I ko - tekhr3 chop kfy infftit-if AN SSS-R Whvnlco-Technit~aj--
,Ti:;Ltiztc, A',i -S,1~1,~)!',.,
1S,U,BTvjTTED: ZQN0-v63 ENC L: 03' SUB NP
NOREr, SQV: 001 OTHER; OOZ
Cord 2/1

~Zfl!LNDKOUjV ; MORKOVON. B-V-
Using extrusion techniques In forging steering knuckloo for the
ZIL-164 motortruck. Kuz,-sht&a.proIzv. I no-5:16-20 My '59-
(141RA 12:10)
(Ixtruslon (Hatale))

HDRIOVIII, S.T.; CHRSMKOV, V.I.
Drop forging vithout flashes of third speed gear wheels for
the ZIL-164 automobile. luz.-shtam. protty. 1 no.9:5-9 8 159.
(MRA 12:12)
(Yorgims) (Automobiles-Transulesion devicts)

YERMOLAIEV, Ye.N.; CHESNOKOVL V.K.; VOLIKO TU.F.
Ejection devices for-drop4orging presses manufacturing crankshafts*
Avt. prom. 27 no. 5:38-.41 My 161. (MIRA 14:5)
L Vauchno--Ualedovatellakiy tekhnologicheskiy institut
avtomobillnoy Fowqshlennosti.
(Poweripresses) (Crankshafts)

VOLIK, Turly Prokof 'yeAc'h; YZRMOIAYEV, Yevgeniy Nikolayevich;
CHMOKOV Viktor I Jehl STEWMAKOV, S.M., red.;
Fft reC141 izd-va; BEIDGUROVA, I.A.p tekhn. red.
[Ejecting device for forging an crankshaft presses: steno-
graphic record of a lecture couroe]VytaWvaiushchie ustroi-
stva pri shtampovke na krivoshipmykh goriacheshtampovoo W kh
presoakh; stenogramn lektsii. Leningrad,, 1962. 26 p.
(KIRA 15:8)
(Forging) (Power presses)

S/193/62/000/002/006/006
Aoo4/Alol
AUTHOR: QhtM2.k
_.ovV. L.
TITSE: Hydrofoil cruising cutter with glass-plastic hull
PERIODICAL: 13yulleten' tekhniko-ekonomichoskoy Informatsii, no. 2, 1962, 74-75
TEXT: The author reports on a hydrofoil boat with glass-plastic hull,
built at the "Krasnoye Sormovo" Plant and intended for pleasure cruises, tourism
and official trips on rivers, lakes, reservoirs and the coastal waters of inner
seas. The stability of the cutter ensures safe sailing on waves of 2 m height.
The boat's hull consists of two sections - hull and deck. The sections are molded
in wooden dies. The board and deck sheathing is 3 - 4 mm, that of the bilge is
5 - 6 mm thick. The necessary sheathing thickness is obtained by adequate numbels
of glassfiber layers which are impregnated by polyester resins. Corrugated
bulkheads, ribs and keelsons are formed in special dies, the ribs and keelsons
having a T-section. The hull is divided into four compartments by three water-
tight bulkheads. The hydrofoil structure of the cutter consists of two carrying
foils and an additional bow foil. The foils are welded structures made of
ixi8H9T (iKhi8ki_9T) stainless steel. A converted M-13 four-stroke carburetor
_Card 1/2

S11931621000100210061006
Hydrofoil cruising cutter with glass-plastic hull A004/A101
engine, with which the "Chayka" cars are fitted, is used as main engine, The,
engine has a power of 170 HP, is started by an electric starter and is mounted
on rubber shock absorbers. The engine operation can be controlled by instruments
on the instrument panel. A d-c generator of the r-C -101-OC (GS-101-OS) type and
a 6CT-68-DM (6st-68-EM) storage-battery are used as electric power sources. The
following technical data of the cutter are given: displacement (full) - 1.95
tons; overall draught (on the screw) during navigation - 0.85 m; draught when
running on hydrofoils - 0.55 m; maximum cruising speed at full displacment -
100 km/hour; number of seats - 6; overall dimensions (length x width x height)
- 8.42 x 2.44 x 0.96 m. During test runs in 1961 on calm waters a speed of
100 krq/hour was reached. The good maneuverability of the cutter ensures safe
sailing at the normal service speed (85 - 90 km/hour) on winding water ways.
There is I figure.
Card 2/2

CHESNOKOV, V.L.
Pleasure motorboat with submerged wings and a glass-reinforced
plastic body. Biul.tekh.-ekon.inform. no.204-75 162.
(MIRA 15:3)
(Motorboats)

CHNNOKOV, V.N., insh.
Selecting the equiDment for headwater look areas. Energ. stroi.
no.2:71-76 159 (MIR& 13.3)
1. Leninrdsk-aya proyektuaya kontora *Gidroatal'Droyekt.11
Locks (Hydraulic anginserir4g)

-OMMKOVL V.M., inZh.
Bearing parts of double side-hung gates. Energ. stroi. no-3:
58-60 (13)t 1960. (MIRA 14:9)
1. Leningradskaym, kontora "Gidrostal Ikonstruktsiya".
(Gates, Hydraulic)

GMSNOKOVI Y.M.p ~lektromekhanik
-4-- --1.------
Adaptor,for ringing cottrol in the stationary ZhR-3 transmitter-
receiver. Avtome telem, i eviael 9 no,6t2g-30 Je 165. (MIRA ISO)
1. Lyublinckays. diotantelya Mookovskoy dorogie

ACC NRg AP6032268 SOURCE CODE: UR/0076/66/040/009/210
AUTHOR: Zercheninov, A. N.; Peanokov, V. N.; Pankrntov, A. V.-
ORG: none
TITLE: Standard heat of formation of chlorodifluoramine
1966,
SOURCE: Zhurnal fizicheskoy khimii, v. 40, no. 9,A2101-2104
TOPIC TAGS: chlorodifluoramine, heat of formationg potassium iodide solutiont
gaseous chlorodifluoramine liquid chlorodifluoramine 'e'Look"Aia no'll pooouo
oqA_ok,,"F_ vompauNb f I-
ABSTRACT: The standard heat of formation of chlorodifluoraminAhas been determined
from its reaction with an aqueoue solution of potassium iodide
N
F1'C'1 +-
This reaction proceeds in'-.several steps. Selection of proper [unspecified) pH of
the solution and contact time of NF2CI with the solution reduced reaction 1to the
reaction (2)
NFjC1 + J/:K1 =. XG1 + Y21(13 + %NjF4.
NF2Cl used in the experiments contained, in addition to N2 and N20, 1 to 7% N2FZ
whose presence caused In the calorimeter the addition,al reaction
3KI ;. 2KF,'+ ]KI, + Nj~
(3)
Card 1/4 UDC: 541-11

ACC Me AP6032268
Table 1.
Analysis of the solution
;NF C.L
2
content &j
lin the OE 0
0 Li
MW
sample, cr, 12 ILO
x 9 9 6 114 "0 .
1U M.N
tq Ul 04
90.1 0,165
83.0 0.401
63.6 0,426
83.6 0.401
83.6 0,372
80.4 0,261
'78.5 0,283
76,6 0, W9
76,6
01322
62,1 0.376
36.1 0,556
36.1 0.315
36.1 0,3M
36,1 0.279
0 1-4
cc,
W~

0
U4'.~

0

3

M a N
4jCY 0,4
No
(U
a
0
-a" 'VO
fj
8
4.1
0 ~4
41
U d

U 44
0
U -0
dl lu
4
0054 0.630 0.4070 0,0094 0.627 0. CI 19 150,9 21.7 137.2 29
0267 1,582 0,9892 0,046.1 1.614 1.5:16:1 473,4 107,3 .166. 1 32.17
.0286 1.680 1,050.9 0,0497 1.716 1.5119 465,9 115,0 350.9 29.20
.0.124 1.607 0,9892 0,0563 1,02 I.,I.InG 4.16.7 131.2 316,5 27,18-
0272 1,453,0.9176 0,0473 1.513 1,297:1 399,8 109.4 290,4 27.68
.178 1,096 .644G I 1 73 316.2 71,5 244.7 33,20
0
0131 - 0.6981 .0228 - 1.3024 266.9 52.7 244.2 30. 60
0
1
0136 -- 0,4416.0,0230 - 0,9.327 212,7 54.6 158,1 31.31
;0091 1,2" 0,7943 0,01621 1,2151 4211 324 0 37,11 216,5 3 1, 55
0327 - 11:2i7; R. 6 75, G 304,2 28. rig -
:00218288~ 2;T60 01'. 03277155"00. 03-36 2,1422 246621.1 91.6 529.5 33.77
0.7770 " 0288 11238 1:7497,1 341.4 66 6 274.8 30.93
10166 1,300
.0173 192900 4967 341,2 69 4 271,8 28,94
8210.,0300 1, 30711
0142 1,1310 688 .3242 301.91 57,11 244,81 31,11
Average AH, -30,5t1 *.�,z*cal/mol

..... ........... ... . ...
The experiments were condtcted In a calorimeter described in earlier studJes by the
authors. The experimental procedure is described in the source. 'flic reacted
solutions were analyzed for F-, Cl- and NH+ low and for separated iodine. The
experimental results and the calculated heats of the reactions of NF2C1 with KI
solutions are given in Tablel. The heat of formation of gaseous NF2C1 was calculated
from a thermochemical equation which took into account the heats of formation and
solution of the substances involved. The respective heat values were taken from
reference books or earlier studies. The missing value of the heat of solution of
KC1 in KI solution was determined experimentally for a neutral 15Z KI solution
(Table 2). The standard heat of formation of.gaseous NF.C1 was found to be
Table 2.
A
Heatlof solution of
GKCj, g, .
ft, deg KC1 in a neutral 15%
solutiotf of KI (AHS)
1
0.8354 -0-1755 3.67
0.8403 -0.17M 3.70
0.8540 -0.1827 3.74
0.9323 -0.1973' 3.70
'Averago- AH, 3.7010.02 kcaltmol

NR: AP6032268
3.2 �-2.9 kcal/mol."The heat of formation of liquid NF2Cl was calculated by taking
the value of 4.35 kcal/mol for the heat of vaporization of NF2CI at -67C (boiling
point), and in the assumption that the average heat capacity of NF2Cl in the range
298-206 K is equal'to that of NF3 (11.5 cal/mol-deg). The heat of formation of
liquid NF2C1 at -67C was found to be -2.2 kcal/mol. The N-Cl bond energy was
calculated in the assumption that the N-F bond energy in NF2C1 is equal to that in the
free NF2' radical
"k(N Cli &jf,..(CI) +,& 0 (Nr-,).
_T!AHjw(NFjGQ 35,3 kcal*/MO14
Orig. art. has: 3 tables.
SUB CODE: 21, 07/1 PUBM DATE: 19Mar65/ ORIG REP: 005/ OM REP: 003/

V (0). 24 (a)
LOTHDR. -7/89-T-2-tb/24
TrUes
PaXODICLLs
LSSTILCTI
Card 2/3
Card
Scientific caurvanas of the ---IFI (Seach, . k~.Cvr..tmiy.
Atommage u*rCiyx, 1959, Val T, Ir 2. VP 116-177 (==)
Th- .14w17 441-ttfic ~.tU_- .- held f- 17 17zLI to 15 War
19V) in the moak.Takly imh ... rao-fixibtakI7 institut (goacoa
FA'"I"I 1DOL-1AS institute). I!or* tb= 600 partLetranta
100 different Institutes attended the 2 ;10==-, ~d 18 so*tf=71
oomforamema. & total of 140 lectures wore bald. The follOoLad
lectures are specially a-ttmd, U. K. aq
the thorsio-ma.l.ar sea!
pbysia.i foundations or witealar cs:2~5
',_j!Zjm*akiy eme the camatmation or . fast -ctor. L, Tjr
the theory of -he periphral callIALon of -ocs z_:-
and nucleons. A. P. kirdAl an mmparflul4i-Y and zanontuU of
scrame I.CirQuage.
Imarti.s. of the cmalot,
gravity 1. COLT on kvr*IA w!Licb are ezc~,W within
Uw "Claum wholul and 0 0 If a-pr.hcA1.c
j"BaLLU-And _&.7_ an the .43,7813 of *be posellol.
experlasaits for the date= no of the .0%sursn'seta of "a
r
P-"Nonm. the -P--%rQX Of liq-id and
C770WIL40 bXirogon under pros-w. (900C-'0= &-:I- 40J an
Lm4trUJWVmt for --sRuriaa-th- abl-ption onrIam.
r-Glen din -;7-it-tion poo.i.bilitim
1.04 A~'
_~~,.klaa
ZL~Z_
sit 'A , to ealeal.tict, atb,,,
far linear electr F A-
.qa mcelars-,xx xith a1aTmM-7 -v
-d k. ',~Tb.jow an %be
i an dlql~ at Z!~. acceLmmu~w,
I.- a- Met; an qpti-~- loncth fo,-- . fam-tar, S. P.
-jamia" . . I faeavenr L-,A li.-.L'-
electron -000 P. - iY' ~- ..!:
U. ?,- -T-J. On the 3 .-1 ltn.~ ~.al.ratorv of tao ulyr,
ad T . - O.,A-: !..r -dxa.Aa.-
exa.l. ti of ~h*.tr= miavemeint in the Jet-
re. trx-^Ith =14ormt-lon of the -emartic ri.ljm..j;jL A.
L.pul.s miathol far -:,* h.1-t
-%9mity"Of III-Lds -ad U- tt"r7 Of tkl- -oth-4, yz--Z~_
k. 1hi- an Loa% ttandsl.tion
road
a Watoot4a WS-C which fLvevi in . Lt-!- 8poot. 7- 1-
.ze-t-raIldhav an host trwmis.7i" to LrcujAtj--jc "rCU17,
-J_W~ ; i
condWonewhas jir"n,, v1tt i f2at trio4o ja
ww l.;.I" Unh-lqut, A~,- P-i-41"- - calml.-Lon methods ad
ecostsuctlart of = Lmpuloo tr-fcraoY'fzr LMX'r="to witt,
emal-cooductar .1ae.ats, To. L- :1.. F..--Ibilitr
edge the char"t.ristic. a -Itl, r* -ftitc ~f
. 1. .,.In 4. t 1;,.t- f'r : -',.rtAl dLritol
atery. . . S. I al -`1-1 *f t" paxna.tors or
technologic ;roc .... 0. -%.L~ of .I-a
to
systems Ith .1tith ph;~.i-T mrz~- -t-UZ.31Y
~ -thad t~ w.-i- ". q-111y or
started,
. "-tar omtro-' when the re~flr(ty Chan,- tepvLao or
ILAse'rily. 0. 4. Loon-11Y ~At A. 1. TeYgt~r4 in an 4.-LA.tj~'
Of the !odirs cathod Of rof!AlxW ALot1w an4 zU
of the otal obt.%Inod, k. L. Crufc ~4 G. lba;.a,
exani t-- of the .1cra-di.trib.t.
am Other .1 ... at. -= i'tualk- =4 Lt. -,;Lys lk~ - of awt-
rlocrlp tq, L._?- T*dcraf an d#t#m,'Aat!oA ~f 118 ubl1x41L**%
be.. of siro*nl~- I b, using rAl.act!" IM"ut.rt
d C; .,Yd ra, and A..Z, 1. d.l.mie.tim of 1~.
Iffnal.; C.arfl.ift. or ahrocluO. miOk.l. -d threat-
at,,,. t.r.tt:
Lcksl Th. 1. - f~r 4! 'h ill be
:
publlohod by the Mtn In a 07--POOL22.
vs,

-Al
At.
k a,
re
65
Hui r
13 1. -
-.58
M.
oil
E lit
Psi,
fall]
Vt
IL
lob
E, i

CHESNOXOV, V.N.
Somogram for-constructing outcrops on a maps Razwd. i okh. nedr
26 no.9-.53-56 8 160. (MIRA 15:7)
Is Komplakenaya tematicheakaya ekspeditsiya.
(Geologp-Aaps) (Nomography (Mathemtics))

AdC 'MR-li-P-4-0-32266 SOURCE ODDEs UR/0076/66/040/009/2101/2104
AUTHOR: Zercheninov. A. N.; Chemokov, V. N.; Pankratov, A. V.
ORGt none
TITLE: Standard heat of formation of chlorodifluoramine
SOURCE: Zhurnal fizichesk6y khiaii, v. 40, no. 9 2101-2104
.A
TOPIC TAGS: chlorodifluoramine, heat of formation. potassium iodide solution,
gaseous chlorodifluoramine liquid chlorodifluormine, 'e400Jr1AJP- (1001POU000
CN&0ej'AAF-
ABSTRACT: The standard heat of formation of chlorodifluoramine has been determined
from its reaction with an aqueous solution of potassium iodide
F&G1 + 1-1+ 11+ la + Njr-j + CF+ r~ Nlf;-i~ 4.
This reaction proceeds in-meveral steps. Selection of proper [unspecified] pH of
the solution and contact time of KF2Cl with the solution reduced reaction'l to the
reaction
f0ad + S*/aKl -'I((;[ +%Kla + IfN,r-,'.
NF2CI used in the experiueqts contained, in addition to N2 and N20, I to 7% N2F2
whose presence caused In the calorimeter the additionIal reaction
+ Kls+ Nj~
W 2KF (3)
Card 1/4 UDC: 541-11

Mite AP6032268
Table 1.
Analysis Qf, the solution -04
6 Z 44
content Lj 0 ID 4
0 g-.4 Og CY
lin the u U
0 r4 J'd
sample. Cr Ir I "]C14"
2 r, u -U. u
N C4
z
44 44
n
90.1 0,165 .0054 0,6 .4070 0.0094 0,627 .6-119 158,9 21.7 137,2 229 48,
2
63.6 0.401 O.M? 1,562 .98920,0464 1,6141,5363 473.4 107,3 XGJ 3 :37,1
6310
93.6 0,426 0.0286 f.680 .05090 0497 1.716 l,slig 465,9 115.0 iSO,9 29,20
607
83.0 0.4010.0324 V-607 989-9 0:050 1,6521,4496 446.7 139.2 316.5 27,9.8,
53
83.6' 0.372 0272 1 453 .91760 0473 1,513 1,2911 399.6 109,4 290.4 27.68
60.4 .0,2613:178 1:0% ..6446 0:0309 1,054 1,2713 .316.2 71.5 244.7 33,20
78.5 o.283 31 :: .6981 :0228 - 1.3024 266.9 52,7 244,2 30,60
76.6 0.. V9 00136 .4416 OM - 0.9327 21Z7 S4.6 1K 1 31,31
76,5 M ;OM I-W .7943 0162 1.215 1,4212 -324.0 37.5 286,5 31,55
10
62.1 0.3761 Oleo 9M' 0327 2.T 1:2577 379.8 7f4 6 3D4,2 28,69.
36,1 0, ra 20 1,3715 0"03% 2 724n'621.1 91.6 529.6 33,77
42
A 1 0.315 01 1: 02M 1. 238 1.49y3 341,4 66,6 274 a 30.93
35:1 0. to 1 131 14 0300 It 307 1,4951 341,2 69,4 271:8 28 94
Sol 01 to 1# 0247 1 -ON11,3242, 301.21 ff. 11 244 .4 31 Is
lis 131
Iasi i
kwerage Wr n -30*U'j.'6L.kC4/xqk
tord

ACC NR, AP66jfit~
The experiments were cmdtroed In- a caloidneter described In.earlier studies by the
uthors. The experimental procedure is de T cribed in the source. The reacted
olutions were analyzed for F-, Ci- and Nlf4 km and for separated -iodine. The
:
experimental results and the calculated heats of the reactions of NF?C1 with KI
solutions are given in Tablel. The heat of formation of gaseous NF2C.1 was calculated
from a thermochemical equation which took into account the heats of formation and
solution of the substances involved. The respective heat values were taken from
reference books or earlier studies. The missing value of the heat of solution of
KCI,in KI solution was determined experimentally for a neutral 15Z KI -solution
Th!~ standard'heat.of formation-of_gase6us Cl we fou d-to be
NF2~ 5 a
Table 2.
Heat of solution of,
qcl. ft,ideg YCI in a. neutral 15%
solution of KI (Ails)
kcal
0.8354 -0.1755 3.67
0.8403 -0.177& 3.70
0.8540 -0.1827 3'.74
0.9323 -0.1973: 3.70
P7Average All, 5.765.02 k
CUrd 'A //A

kCC NRs- AP6032268
1.2 kcal/moi.'"The he'at of formation of liquid NF2CI was calculated by taking
:he value of 4.35 kcal/mol for the heat of vaporization of NF2CI at -67C (boiling
loint), and in the assumption that the average heat capacity of NF2Cl in the range
!98-206 K Is equal to that of NF3 (11.5 cal/mol-dep,). The heat of formation of
Aquid NF2C1 at -67C *was found to be -2.2 kcal/mol. The N-Cl bond energy %~as
:alculated in the assumption that the N-F bond energy in NF2C1 is equAl to that in the
:ree NF2*. radical
'k(N Gil Afftw(CO + A11ji,,(NFx). -r-
Orig. art. has s.3 tables.
IUB CODBi 21i 07/ PUBM DATS: 19Mar65/ ORIG RSF1 005/ OTH REF1 003/
- - ------------------

_.% i - ,
I ~; '_. _: P. : ( , - k -/ 1., 1.
.C.HESNOKOV, V.V., kand. tekhn. nauk.
Planning the course of technological preparations for lot pro-
duction at an airplane plant-Tirudy KAI no.91:106-114 157.
(Airplane industry) (MM 10:12)

ANDRIANOVP D.P., dokt6r ekon. nauk, prof.; GENDELIMAN, M.Z.,
kand. teLlm. nauk, dots.; GLICHEV, A.V., kand. ekon.
nauk, dots.; DIDENKO, S.I., kand. ekon. nauk, dots.;
ZHURAVLBV.9 A.N., kand, tekhn.nauk, prof.j ZAKHAROV,
K.D.J. kand. tekhn.nauk., dots.; MOISEYEV, S.V., kand.
tekhri. nauk, dote.; OLISHEVETS, L.H., kand. tekhn.
nauk, dots.; ORLOV, N.A., prof.; POPOV, P.G., ispolnya-
yushchiy obyqzannosti dots.; SARKISYAN, S.A., knnd. ekon.
nauk, dots.; STARIK, D.E., kand. tekhn.nauk, ispolnyayu-
shchiy obyazannosti dots.; TER-MA.RKARYAN, A.N., kand.
tekhn. nauk, prof.; TIKHWIROV, V.I., kand. tekhn.nauk,
prof.; CHESNOKOV, *--V.V Y kand. ekon. nauk, dots.;
SHERMAN ekon. nauk, dots.; ELIBERT, L.M.,
kand. ekon. nauk, dots.; LAPSHIN, A.A., dots., retsenzent;
NOVATSKIY, V.F.J. kand. ekon. nauk, red.; TUWANSKAYA, F.G.,
red. izd-va; KARPOV, I.I., tekhn. red.
[Organization, planning and economics of airplane produc-
tion] Organizatsiia, planirovanie I ekonomike aviatsionnog)
proizvodstva. (By] D.P.Andrianov i dr. Moskva, Oborongiz,
1963. 694 p. (MIRA 16:10)
(Airplane industry--Management)

ACC NRI AP5025705
AUTHOR: Cheoubkovo V, Vo
SOMM C6Mt '0R/0296/65/000/018/0056/0056
56
OIM: none -B
TITIE: A method for ma)dng an autoelectronic penicular electrode oyatem. Class 21,
No. 174727
SOURCEt Byulletent Izobretenly I tovarrWkh 2nakov, no. 18, 19659 56
TOPIC TAGS: electrode
,, field amiasion,thin film cL-cuit, dielectric layer
ABSTRACT: This Author Certificate presents a method for preparing an autoolectronic
pellicular electrode system. The systen consists of a cathode and an extraction
electrode. Conducting films of these electrodes are -vaporized on a dielectric back-
ing. To simplify the process of making an electrode system that Is divided by an
Insulating space,, a film is vaporized onto the backing of the cathode and extraction
electrode ainaltaneously at an acute angle,fron a point source. The source in
located on the side of the extraotion'.9lectrode.
SUB COMS 09/ SUN DATEs 08Ju164
%TW
JLA
wo t 62i.385.0!32.OU.:
17 -

CMKNaKOV, V.Te. (Pushkina Kirovskoy oblasti)
Visual aid for demonstrating the symmetry of certain figures.
Mat. v shkole no.6:17 N-D 154. (XIAA 7:11)
(Geonstry-Study and teaching)

j iIla
1:1 v 4v
is: 11 - -
is
1 A j
9
a
NOEH C 13 3:1 's
is
v I ~C~ -13.
1hu 11 Ail ;1"";

C;:Bs.._O_Ci'7I Yr~. IN'.
CHE3NOi'_C,V' Y . IN * -- "Tht itruggle of 3. !. Va,..-ilov for Alg_--.inst
I&!_';Ii_ia in Cand 1"hilos Lei, Acad of ~~)cial
) 1' Scow 1953. yy aimr-,-,~al--Fizik-d Jan --- ~
Coi-mid'u"tt of ULe CPJ-U 10 ~11-_ferativn "4"
jO; aUI-,-. 1.-,8l 10-2 Jul-.- l'_,_ * 5 4

CHISNONOV, U.N., kandidat filosofakikh nauk.
--------
Science of a socialist country. NEaka i zhisn' 21 no.11:1-3
x 54. W-U 7:12)
(science)

30(g) SOV/30-59-1-47/57
AUTHOR:. Chesnokov,. Ye. N.., Candidate of Philosophical Sciences
TITLE:. Problems Concerning Philosophy of Modern Natural Science (Filosoffs-
kiyq voprosy sovremennogo yestestvoznaniya)-
PERIODICAL:. Vestnik Akademii nauk SSSR, 1959., Nr I., PP 132-.138 (USSR)
ABSTRACT: At the end of October last year an All-Union conference took
place which dealt with these problems. The conference had been
convened by the Akademiya nauk (Academy of sciences) and th(-
Mi-nisterstvo vysshego obrazovaniya, SSSR (Ministry of Highey
Education of the USSR). More than 600 well-known experts in
th'e spher'es of sciences and.philosophy took part, among them
Academicians-and Corresponding Members, Academy of Sciences,
VSSRk representatives of the Academies of the Unioxi Republics
and Branch Academies as well as scientists from scientific .
research institutes' 'and un-iver'sities,,-Soientific represe.nta-
tives from Bulgaria,, Rumania, Germany', Hungary and Czecho-
slovakia were gueste-It was the aim of the conference to
unite the creative powers of Soviet philosophers and scientists
for the purpose of a dialectio-materiali8tic'generalization
of the achievements of modern science and'for raising its level
Card 1/4 which is intended to contribute towards a solution of the most

Problems Concerning Philosophy of Modern Natural Science
SOV/30-59-1-47/57
dealt with cybernetics-and -natural science.
V6 A*.Ambartsumyanp.AoadQmioian, spoke about some method1r.,,11
prAlems of cosmogony-
-Engeligardt, Academician, and G. M. Frank, Corres-onding
V. A.
Member, AMS USSR reported on the role of physics and ch~,mistry
in investigating biological problems.
A* I. Oparint Academician spoke about the formation of life
in the light of the achievements of modern natural science.
N. I.. Grashchenkovla report dealt with the Lenin's reflex theory
and modern physiology of the sensual organs.
A. Z. thmudskiy opposed the opinion expreqsed by M. E. Omell-
yanovskiy who said.,tnat in the Capitalist countries a crisis
in physics is approaching.
D. I. Blokhintsevp Ya. Terletskiy,,D. D. Ivanenko, T. 11%. Lobe-
dev., E.-.Ya. Kollman,.V. 7. Perfillyev took part in the discus-
sion of the report delivered by V. A. Fok.
M. F. Shirokov opposed A. Do Aleksandrov's view concerning the
general theory of relativity. V6 1. Sviderskiy, A. Lo Zell-
manov, A. A. Tyapkin also took part in the discussion of
A. D. Aleksandrovi's report.
Card 3/4 G. I. Naan, A. Lo Zellmanov took part in the discussion of the

Problems Concerning Philosophy of Modern Science' BOV/30-59-1-47/57
report #jiven by Vt. A.. Imbartsumyan.
G. V. Nikollskiy, P. K. Anokhin, G. V. Platonov took part in
the discussion of the report by S. L. Sobolev and A. A. Lyapu-
nov.
V. Le Ryzhkovj N. M. Sisakyan and 1. Panchev (Bulgaria)
participated in the discussion of the report delivered by
Vo As Engellgardt and Go Me Franks
Yu. Pe Frolov, V. Ns Kolbanovskiyo S. L. Hubinshteyn participated
at the discussion of the report by No I* Grashchenkov.
P*.N*.Fsdoseyev, Corresponding Memberg Academy of Sciences, USSR
concludO the confereAce..The resulte.obtained at the con-
ferenoe were dipoussed at a joint meeting of the Prezidium
Akademii nauk SSSR (Presi ^dium of the AS USSR) and the Kollegiya
Ministerstva vysshego obrax.ovaniya. SSSR (Ppard of the
Xlalpt-q of VA Education of the USSR) on
January 2, 1959. Measures were outlined for the intensification
of working.outphilosophical problems of.modern science.
There.is I Soviet reference*
Card 4/4

"
SOV/26-5 9-4-12/10
AUTHORS: ,
Chesnokov, Ye.N., ajnd Troshin, D.M. (Moscow)
------------------
---
TITLE: ---
Philosophical Problems of Present Natural Science
(Filosofskiye problemy sovremennogo yestestvoznaniya)
PERIODICAL: Priroda, 1959, Nr 4, PP 53-58 (USSR.~
ABSTRACT: The Presidium of the Akademiya nauk SS6R (AS USSR)
and the Miniaterstvo vysshego obrazovaniya SSSR
09~Mnistry of Higher Education) convened an
All-Union Conference on Philosophical Problems in
Natural Science, which took place in Moscow from 21
to 25 October 1958. Apart from leading Soviet sci-
entists, representatives of East-block coun-
tries participated as guests. The opening speeches
were made by Academician A.N. Nesmeyanov, President
of the AS U86R, and by~,,.Ac*Omiaian K.V. Ostrovitya-
"
Soveshchaniya (Organiza-
.nov, Head of the-Orgkomitet
tion Committee-of the Conference). The conference
heard the follo Wing reports: Academician M.B. Mitin
Card 1A on the permanent importance of Lenin's "Materialism
44~

SOV/26-1519-4-12/43
Philoso,n.iical Problewn, of Preqejit Scierice
ful, jX018,011t 1j:'tjjj';:l
M.E. 011101'yo-nov-skiyt Academician of the AS UkrbbR,
on tho great importcuice of Lenin's philosophical
inheritance for prsics; B.N. Kodrov, Doc-
tor of Philosophical Sciences, on the correlation
of movement forms of matter in nature; V.A. Pok,
on theoretical problems of quantum mechanics, men-
tkoning in this connection A.D. AlokFiandrov, N.
Bor, D.T. Blokhintse-v, L. de. Brcghe, D. Boui a-iid M.
VlZh,'?Yel- A.D. kjoksejidrov
AS USbR, on problems of the theory of relativity;
S.L. Sobolev, Academician, and Professor A.A. Lya-
punov on the practical side of cybernetics; Aca-
demician V.A. Ambartsumyan on qualitative differ-
ences in the structure of a cosmic system of var-
ious order; Academician V.A. Engellgardt and G.I-,~.
Frank, Cox0reiW5dInt-7M6mb6r of the AMIN USOR, on
problems of physical, chemical and biological uiove-
Card 2/5. ment forms of ml-tter; Academician A.I. 0-parin on

SOV/26-59-4 -1214 3
Philo sophical Problems of Prenent Natural Science
his hypothesip of t'- ori6in of life; N.I. Grashchen-
'kov Gogresponding Member AS IT66R, on "Lenin's
Theory of Reflection and Modern Physiology of the
Organs of Sense". The following scientists partici-
pated in discussing and criticizing the papers read
at this Conference: Aondemician A.M. Deborin, Pro-
fessor V.P. Chertkov, Professor V.I. Sviderskiy,
Professor A.Z. Zhmudskiy (Kiyev), Marbulestu-Ifur.:-
due Ilear,4, Senior 'Research Assistant of the Ruma-
nian 11istitut filosofii (Institute of Philosophy),
M.N. Rutkevich (Sverdlovsk), V.D. Kivenko (Rostov-
na-P, ), A.I. Ignatov, N.A. Varvarov, P.G. ].',uznet-
ofessor G.A. 1.1ashtalor (Ki-ev~, ".T. Shaldi-
'
'
-
'
"
V.
paro-no
v, I. Panchev (Bul-aria) ,
B
Ye
r
of eyev,
Academician of the Belo 'russiEtn AS, D.I. Blohhintsev,
Corresponding- *Member AS UbbR, Professor Ya.P.
Terletskiy, D.D. Ivanenko, T.A. Lebedev, Kol'man,
V. Perfillyev (Irl-utsk), Professor 11~'1.2. Shirolxov,
Card 3/ 5 P.K. Anok-hin, Academician of the T G.V.
Y

"

SOV/26-159-4-12/43
Philw.o.f.1-lic-il Problems of Present Natural Science
Nikollskiy, . Coi-responding,Mdmb6_r,-* AS USSR, G.I.
Naan, Academician of the Estonian AS, S.L. Rubinsh-
teyn, Member-Correspondent of AS USSR, A.L. Zell-
m,-mov, Senior ReSeAtchcAds-1-6tarit-r of the Astrono-
micheskiy institut im. P.K. Shternberga (Institute
of Astronomy imeni P.K. Shternberg); B.V. Gnedenko,
Acadeihician of the A6 UkrSSR, A.A. Markov, '9.OFVe--
-,OpofidlLng-ftzibe]~ AS USSR and Professo:~ S.A.' Yanov-
skaya reported on philosophical problems in mathe-
matics and their importance in natural science;
L
N.M. Sisakyanj, il~,'~..,.;Coriidspondiz*.--74ember..- AS U68R,
on philosophical problems in biochemistry, Academi-
cian k.I. Oparin on the theory of the origin of life,
mentioning A.S. Konikov, Doctor of Biological Sci-
of Philosophical
ences and A.I. Ignatov, 00
Sciences; Professor I. Panchev on the important
philosophical problem of the qualitative differ-
C~-_rd A/5 ence between the animate and inanimate. On 2 Janu-

SOV/26-59-4-12/43
Phil onaplical Problems of Present Natural Science
ary, a joint session of the Presidium of the AS UbbR
and the Kollegiya Ministerstva vysshego obrazovaniya
SSSR (Board of the Ministry of Higher Education of
the USi;R) discussed the results of the above-mention-
ed aonference.
Ca,Tid 5/5

-- -`~ -. - - 1. .-
SWTIN-, r. Y. , YOCHIT-VA, Y-K. G. , I(I t~~LWIL4-ju-t. - --f h- -
Feed Water Purification
Testing of soda regenerative water softening equipment witb a tubular reactor. Enerf--..
biul. 7-0. 3, 1952.
Sol Mont List of Russian Accessions, Library of Congress, _ June 1952 IJ" " Uncl.

86135
4117~
S/112/59/()00/012/077/097
A052/AO01
Translation from, Referativnyy zhurmal, Elektrotekhnika, 1959, No. 12, p, 218,
# 25418
ALTHORS- Cherkasskiy, A.M., Chesnokov, Ye.Ye,
TITIE: Thermoelectric Generator for Power Supply of Radio Receivers
PERIODICAL: Tyazh. prom-st' Podmoskov'ya, 1958., No. 1, pp. 50-~3
TEM ratorT)FK -2 (TEGK-0
Thermoelectric heat gene -2 -2) has 2 independent
filament and anode (with a grid MFUTT-7~Hermoelectric batteries wh,,ch are 14
equal symmetrically arranged bars of (8-10) x 92 x 24 mm clamped by means of
screws to a hollow 14-hedral metal piece heated with a 20-line petroleum lamp
"M0jtK,W.%" (Molniya!'). An alloy of 65% Sb and 35% Zn (with a small percentage of
other admixtures) which can be heated up to 4oo0c serves as the positive arm of
each element; the negative arm is constantan (40% N1 and 60% cu) making up only
10% of the total weight of the element. The temperature of heated facets of the
thermal units reaches 350-3800C, that of opposite ones contacting the cooled
aluminum ribs reaches 70-800C. Three units of the filament battery differ from
Card 1/2

86135
S/112/59/000/012/077/097
A052/AO01
Thermcelectric Generator for Power Supply of Radio Receivers
11 anode batteries by a larger cross-section, Load characteristics for both bat-
teries are given which enable one to judge on their suitability for the power
supply of "POAAHA -52" ("Rodina-50), Noft" ("Nov"'), ti VCKPA" ("Iskra!')'. and
others. Filament and anode units can be also used independently (for instance,
in automatic control systems). The height of the heat generator with a supporting V~I\
appliance is I m, the greatest diameter of the thermal head is 0.3 m, weight is
8 kg, service time W' 6,000 hours, heating time is 15 min,
B.M.M.
Translator's note, This is the full translation of the original Russian abstract..
Card 2/2

CHESNOKOVO Yu.1, mayor
Determining the characteristics of aerial targets. Voen. vest.
41-no.103 Ja 162. (KIRA 16:n)

~ZHMOVSKIY# A,G.,, 14dpolkovnik,, kands finikoseateme nauk; SHIRROVA, Tel.j
istarO i, inshaorl TROWOV, 0,A.p insh.-kapita 3-go rangal
cmaw, Tulle inah, kapitan 2-go ranga6
Stoobastio model of the movement of an objeot in tbo seas Nor.
abore 49 nos 12t26-29 D 165 (HrRA 19i1)

L 3~)102-66
AeC.- NRt AP6015396 URCE CODE: UR/0385/65/000/012/0026/OD29'*"
AMR: - Zharkovskiy. A. a. (Candidate of physico-mathematical sciences, Lieutenant
colonel); Smirnova V. I. (Senior eftiswer); Troyanov, G. A. (Engineer, Li*utenant*
comander); Cbssl2kov. To. I. (Cauwmd*r, ragineer) _/Z
on t Dome
?ITMa A stochastic model of the action of an object at sea
SOM: Morskey sbamik, no. 12, 1965. 26-29
TOPIC TAGS: stochastic procssso naval tactic, model theory
ABSTRACT: The problem of predicting the movimment of enemy vessels at sea is discus-
&ad. Initial data aro based upon observations of an enemy vessel for a limited period,
of tbw. Trajectories can be computed an the basis of random values for turn angles I
and the time an various courses. The aWlIcation of the stochastic method in con-
structiag a model for tM sigzag movement of an object at sea Is described. A detail-:;
ad example of the favetalation of the problem In ALGOL-60 language is given. Orig. art.;
Me: 7 fersulas.
Arl
SUB CoM 09'nr SM VATE2 am*/ OTH Kr: 001

-75=
1 1-65 EY.7 1 v /FCC/F.Er,t Pe-5/Pi.-4 GS,/GW
5
iiCCESSION ".: AT50111-66 UR/0000/64/000/000/:Ii2P
jLUTHOR: Chesnokov, 1-U
XU.
rITLE: Indlettrix of scattering of polydisperse Vrater clouds in the visible region of the
npectruin
%-Ih-(,dr)mstveyinoye scvestehanive po ak'.,nornetrii I optike atmotifery, 5tji,
0;&I':! ~-! i'~! fem iA,
,rudv ~u-, Moscow, lvl-vo Nauka, 1964, 128-134
TOPIC TAGS: cloud, atmospheric phy3iCS, rainbom-, scattering indicatrix, light Seat-teftnff
C,
ABSITIA!'T- The following formulas cArn be used for computing the indicatrix of scattering
f is rin',whsan
----------- --- ----------------------------------------------------------
T
P
S a) 1 (1) 0-%
P
rd

52755~!--65.
.:ACCESSION NR. AT5011266
X(,N)) is the normallized Indiuatrix for a polydisperse cloud; and Iris the angle of
r:cattering (angle between the directions -of the incident and scatterM rags). P~c indkq*,rix
is normaJized if I
(3)
where and i,(Y) are the int6nsitles of siuatt-ered radiation in two polarization planes,
(Ormuted using tlIe Mie formulas, P(p ) is the weight assigned to One '4)
is C-L-e spectral sensitivity of the radiation detector, I( is
olar radiation at the Upper boundary of the atmosptlere,
iWckness of the layer above the climtd. and I- 2~ 'A) 'S the SPC-c'_O-iL
P
1ayr-.r r-f Vie atmosphere between tle sensor and the --loud. Formulas (-) and 12', -,,t,ru s,
r
) f,)!,,r m,`i-:!trJoes for polydisperse clouds. It was found Lh:i: u;t
pok-d'.sre-ge clouds smoothed c-onsiderably in compari8on NNILI', LIN-
-idu--.AJ drops. Maxima at- retainei in the region T ~ i4D~ ~ra_itibowj
in aA clouds, md ,ilso
n Ice CIC'UtJs. TIN""fJore, drop -1,)u& ~af) be distiapi~sn(xi ffron-.
~'ari- -.)rP,;f,rcf cir ,0')sence of a rainbov.,. F-oTr the Posidon of
or gjlc).--\ :~r, teievisior. or photog-raphi, picture it iE~ possibie t(j ()(IT j
Card 2/3

L 5-4755-65
ACCESSION NR- AT5011166
of the telMsIon set or camera in space. The region of angles of scattering close to 180' Is
I,e most sensiLive to change of drop size in a cloud, except for Lhe repv)n uf small scarter-
i ig angles. The effective size of drops in clouds can %hereforc I)e ilidged from ob8ervadons
ef the uprightness of clouds in the rt%ion of large scatt.,ring nn,~Jes. Lhe t--xL-q1nori ~If
Lie of snn~~i vcattering angles, the indicatrievs of Nvater clouds ~f mflr'rent 1-ICr('-
stnwt~ -!-.ff,,r -.ery little from one another. Therefore, a single C--~r
f? t wi -Aholt- serics of practicAl problems, especially c*on-qdUU-tt ions of the anglLiar
d 7 !~c-~ttcrod light at fli,~ uViVer boundary of a water-dro~
1~9 foi--, ~trt~ has! 6 formutaB, I figures and L tabled
A.SSOCJ.. ",!-)N- Nloskovsld_v institul: inz'nenerov geodezii, aerofotos"yerr~d i kartografii
Nosco,~N fnstit~---tf-- of Geodetic, -Aer"al blapping-and Cartographic Engineers)
SUBMITTE'l): 2;,,Nov64 ENCL: 00 SUB CODE. ES
N-0 REF SOV: 008
OTHER: 004
Card

NOV014EYSKIY, Yu.D.; DAMMER, V.n.; CHESN0N2j,_Y2jL
Experimental replacement of nickel.steel in parts made of
nonmagnetic steels, Biul. tekh.-ekon. inform. Goo. zuLuch.-
issl. inst. nauch. i tekh. inform. 18 no.2:17-18 F 165.
(MIRA 18:5)

DAMI-TRO V.Kh.: CHEESNOKOV Y NOIrOMXYSKIY, Yu.D.
~ u.V. -
Vaciium ovan. Mashinostroltell no.7:21 il 165.
(MMA 18:7)

CHESNOKOVA, A.P.
''ft -
1. -
Dynamics of tl~e-'fifgher nervous function in puppies during their indiv-
ual development. Zh. vyashel nerv. deiat. Pavlova 1 no.4:555-565 July-
Aug 1951. - I (GIML 23:2)
1. Department of Normal Physiology, Gor'kiy Kedioal Institute.

CMISNOKOTAo A.P.
I
I
Reanation of dywale stereotypy In dogs In various Mee as one of
the Indloptors of age factor In the nature of the higher nervous
function. 2h. vyeshel nerv, deiat, 2 no, 3:373-380 P,&Y-Jww 1952.
(CLKL 23:3)
1e Department of Normal Physiology of Gorlkly Medical Institute.

CHESNOKOVA, A. P.
"The Aftereffects of A Single Irradiation Lmpediately After Birth."
r*Vft* pt*ooaW at t1w Oanfersnap mfluenm of SonUIM Radlatim vpm tin
SlOor ftftlqp" ftrU or Cdatisl Dom Systm, Lwt. of Nigber ftrwom
Activity, AS UM, !k 0-10 ftW 1%8.

ORMNOKOVA-, A.P.
Studies on the neural mechanism of disorders of the higher nervous
activity in white rats following a shigle ionizing irradiation during
the early stages of development. Had. rad. 4 no.4:16-21 Ap t59.
(KISK 12:7)
1. 1z laboratorii eksperimentalluoy patofiziologii i terapii vysshey
nerynoy dayatelluosti zhivotzWkh Inatituta vysshey nervnoy deyatell-
nosti AN SSSR.
(CBWRAL IMVOUS SYSTAM. physiol.
higher nerv. activity disord. after sirgle dDee irradia-
tion of rats (Rua))
(RADIATION. effects,
same)

CHESNOKOVA, A.F.
Some peculiarities in the activity of the cerebral cortex of
white rata in ontogenesis. Trudy Inst. vys. nerv. doint. Sor.
patofiziol. no.9t24-29 961. (~~-A 15W
(CONDITIONED RESPONSE)

C1rL'.SNOKOVA, A.P.
Dynamics of changes in -.he activity of the higher sections of the
central nervous system of white rats irradatod in tho early stagen
of postnatal development. Trudy Inst. vys. nerv. deiat. Ser.
patofiziol. no.9:198-205 261. (14IRA 15U.)
((iMA RAYS-PHYSIOLOGICAL EFFECT) (CONDITIOITED RESPOIZE)

CUSKOKOU. G.P.; ITANOWA, A.T.; ZOLOTOKRYLIML, U.S.; ATABOVA, N.M.; LEH=-
Resuscitation In surgery. Sovet. a". 17 no. 1:18-20 Jau 1953. (GLKL 24:1)
i
1. Of Xoso#w ftnicipal Scientific-Research Institute of First Aid imeni
Sklifosovskly (Director - B. A. Petrov) and of the laboratory of Jkx-
perismutal ftsiology for Revival of the Organism (Head - Prof. V. A.
Negovskly) of the Academy of Medical Scienoes, USSR.

CHRSNOKOTA. G.D.. kandidat maditelaskikh nauk; AGAYXV, B.A.
41qk. General and rw local amethesta with bypothermin in sow surgical
operations. lbirargile 33 no.2:92-96 F 157. (KLRA 10:6)
1, In gompitalluoy khirurgtcheskoy kliniki (save - prof* A.T.
Gulyayev) pedistrichookogo fakulltsta II Moskovskogo gosudarstvannogo
seditsinakogo institute iment I.V.Stalins.
(HIMEMIA
with anesth. in surge (Rue))

CY T,7"'A "DT^A -'3ec c' Vol 13 IP Slir,ery Aurii
st 59
4273.(1133) ARTIFICIAL HIBERNATION IN PROPHYLAXIS AND TREATMENT OF
SURGICAL AND TRAUMATIC SHOCK (Russi n text) - Che snokova G.D.
and Agaev S. A. - KHIRURGIYA 1958, 6 (59-66) Gr
1 Artificial hibernation was Induced in patients by administration of neuroplegic
*drugs (chlorpromazine, promethazine, atizin. fenethaxine, promedol, procaine).
This method was used in 52 patients for prophylaxis of surgical shock and in 12
i for treatment of developing traunAtIC shock. Artificial hibernation is helpful in
the prevention of surgical shock in major surgery. Blood transfusion, followed by
Induction of hibernation gives a positive therapeutic effect in the treatment of
traumatic shock of the U and III degrees.
Iz go3pj1zt1'nCT kh1rurgicheskoy kiiniki. p,,of. A. V. Gillyay~
qtjtUt2
TJ moskovskogo goSudarstvennOCO Yrj,,dJts1nsko,.0 ;
-nental'noy fiZi Ogii
imeni N. I. PtXoeOV2 I labor2torii eksperL
prof. V. A. Negovskiy) 0.4 SSR
zIlivlenivU organ1=2 (z2v.
Po 0

IGATEV, B.A. CHESFOKOVA,,G.D.,,.,..
Chnr4,,es in total gas exchange and basal metabolism during'artificial
(pharmacological) hibernation. Aserbzed.zhur. no.60.65-70 is 1 8
(MIRA li:;3
1. Is klinW gospitallnoy khirurgii pedistricheakogo fakul'tets,
(zRv. - i)rof. A.V. Oulypyev) 2-go MoakOVRkogo gosudaretvennogo
meditsinakogo inotltuta Im. I.1. Pirogova.
(PMSPIRAT ION)
(MRTABOLISM)

CIESNOKOVA, (" , ed.nauk (Moskva)
First AU-Russian Congress of Surgeons, anesthesioloMr section,
Leningrad, December 18, 1958. Khtrurgita 35 no.6:148-150
Je 159. (14 rU 12: 8)
- (ANNSTHESIOLOGY)

PUIMSA. Ya G - -CHIMICKOVA, X.Ya.; KAWOVA. S.M.. red.; XATDALOVA,
-~--
[For high corn yields] Za vysokii uroshaj kukurazy.
Xhabarovsk, Khobarovskoe knishnoe izd-yo, 1960. 22 p.
(Min 14:2)
1, GlavW agronom Birobidshanatogo sovkhoza (for Pokutua).
Z. Chlen Obshchestva po rosprostranauiya politicheakikh I
nauchnykh snaniy (for Cheanokova).
(corn (maize))

UKEYEV, T.A. , kand.tekhn.nauk; KAZAKOVA, M.D., inzb.; CIMI-IOYCOVA,
L. 1. , inzh.
Effect of natural moisture of Moscow Basin coal on its
friability. Teploonorgatika 7 no.10:43-46 0 160. (MIRA 24:9)
1. Vaesoyuznyy teplotakhnicheakiy institut.
(Moscow Basin--Coal-TeBting)

BOLISHAKOV, N.; GH9!nSNO2KOVA
The way to increase accumulationB. Fin. SSSR 23 no.8s28-31
Ag #62. (Local finance) (factory management) (MIRA 15:8)

,C- GKOVA. Mariya Spiridonoynno evInorks; LMMYAKOV, G.T., red,;
[I'll fatten two thousand swine in a year] Otkormliu sa god
dve tysiachl evinel. Orenburg, Orenburgskoe knizhno'e lzd-vo,
1960. 10 p. (mTR& 14t2)
1. Sovkhos "Krasnogyardaysts." Buzulukekogo rayona (for
Choanokovs).
(Owine-Feeding and feeds)

FIRSANOV, Nikolay Nikolayevich; SIGAYEV, A.F.; GONCMOV, V.S.;
insh., retsenzent; ZUBCHZKKO, V.V.,, inzb.,
red.; USENKO, L.I., 4 M n. red.
[Ligbting of railroad stations) Onveshchenie zheleznodorozh-
nykh stantsit. Moskva, Tranesholdorisdat, 1963. 185 p.
(MIRA 16:5)
(Railroads-Stations) (Railroads-Electric equipment)

cHEsNOKOVA, W.G.; FILMPPOVAp LoS. lp red.; KHI7BDVA, R.A. 9 tekhn. red.
(Electric 31 bting of 2,M*lr *hop and industrial enterprises
on railroadel Elektriebaskoe onvembobenie depo i promyeblennykh
predpriiatii zhelesnodorozbnogo transporU. Moskva, Voes.
indatellsko-poligr. obftedinenie M-wa putei sootshcheniia, 1961.
29 p. (MIRA 14:6)
(Railroads-Lighting)

--3204-456 EWT(a)APF(c)AifP(j),ft RX
._ uR)bl 9D 224AM212202
ACCEMION NRt WNW
4vr
AU7HORs Bobltoldy, B, P.1 401 19MALl"I
To. I Choomkowas No Y4Nff4jLj&_A."
0 - - - q1r, wo
TITIRs Steroospecific ;~2pnimtUNS bmimm the prown" of p1-a;vU4 0011-
p2sms
SX=s TymokowleinlyareWpo pqvdinanips v. 6v we 22# X96hp 2202
TOPIC TAOSo polymnijotim, batedisow, OAUV" ommlsoular chmAist27
Abstracts It me sbgm that jig. psjymw"atj*m*qr- %ewAiess'JA beasome
-ooluu the innuimse or 4-11%, Us&- Alk- 14,A11113240
or
a =rr iskel am Ustal hout4d, (21014p "146 Vol v AM 8 and VICIS)
loods to forimatiom, of a
The stwoulp"jift"IV 9r %me satRIpU teas mb 6pood m the im-
units.
ture, of the new Its the lads "146 So P03 Met Aftj
goo
33AIG MCLI 00 WD 0=10C6,00
AD W M 0010 olm 000
.C,wdAa_ i9cd
77

BRESLER. S.Ye.; tK)SEVITSKIY, 14.1.; PODDUBNYY, I.Ye.; CHISNOMMAO N.N.
Study of the mechanism of polymerization of isoprene by a complex
catalyst on the basis of molecular weight distributious of polymers.
Zhur. takh. fiz. 28 no.11:2487-2492 N 158.
(MINA 12:1)
(Isoprene) (Polymerization)

IrOROTKOV, A.A. ; VnFA4vj4&"-TMffH*NOVA, L.B.
Catalytic polymerization of Isoprene with butyllithium, Vysokon.
soea. 1 no.1:46-57 Ja '59. (141FA 32:9)
1. Vaeanyurn3rf nauchno-Isoledovatel'skly Institut sintaticheskogo
lmucWm I Institut vy9ok*moleku1yarr4,1-h Royedinenly AN SSSR.
(Isoprene) (Lithium)

XOROTIOV, A.A.; CHISNOKOVA. I.I.,
Catalytic copolymerization of styrene and btvirql. 1~rsokou.
soed. 2 no. 3:365-376 Mr 160. (MIRA 13:11)
1. Vvesoyasn" nauchno-ineledovatellskiy institut eintaticbeekogo
kauchuka Im.S.V,Lebedeva.
(styrene) (Butadiene) (Polymerization)

~L 0VIVY-CO -ZVI I %in jlzrr J1MTU%jDjf
'ACCESSION KR: ATS019602 UR/0000/64/V,0/000/0014/0040
AWHOR Korotkov, A. A. ; Cheemokova, N. N. Krupyshev, M. A.
TITLE: Mechanism and kinatics-~ of catalytic
SOURCE: Vsesayuznyy nauchno-Lssledovatel'skiy institut sintetlicheskogC ~,auchkLka,
F 7: 7nP T-
7-3,slyl Zoprena 7
comp ie ---c catalysts). Moscow, 1:,,d-vo Khimiva, 196t,, 14-140
'TOPIC TAGS: isoprene roolymer[zation, kinetics, mechanism, catalyst, catalysis
;ABSTRACT,. Effect of temperature and concentrations of monomer and catalyst an
kinetics of isoprene polymerization in isopentane and on p0lyrwr m0leV118r Weiglit
and microstructure was studied at 100, 201, an-i 301C. TiCl? a:1
-C1,H9)2AlC1 served as catalyst. Experiments were also conduc!"-!.~ a
and in b~enzene solution. The initial rate of polymerization W rs 25% caT.Iver-
-tion) is described by the equationi
4here i a Le, aproporklonaWY Coefficient 1-4, h2- and k3 are rate constantc- of