SCIENTIFIC ABSTRACT TITKOV, A. N. - TITOV, V. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002203310018-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 18
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

USSIR UDC: None
GROSS, Ye. F., SAFARGV, V.~ I., and SHLIMAK, I. S.
&At
"Observation of Excited States andBiperimental Determination of
B
Energy Coupling in Indirect:;Excitons.in Germ,an,aum"
Moscow, PisIma v Zhurnal Eksperimentalln2y i Teoreticheskov- Fiziki,
Vol. 13, No. 7,,5 April 197lp pp .332-336,
~Abstract: This letter describes experimental research in the method
of long-wave spectrum differentiation for determining exciton strue-
ture-in. the region of indirect absorption in germanium. This me-
4
thod is highly sensitive.and,:in add,.tion to Permitting observa-
tion of transitions of the,excitofis to the bja.~ic state with the
participation of all four-crystalline,phonons'(TA,:.!A, LO, and TO),
will detect transitions from n = 2to the excited state. As a re-
sult of this method, the value of~the Rydberg exciton has been
experimentally,obtained and the coupled energy of:the least level
Etx = 0.0036 + 0.0003 ev of.the indirect exciton in germanium found
for the first-time. The differential spebtra were;obtained with a
special spectrometer in which a rotating mirror, placed in front
of the output slot of a monochrom4t~orand~set to -rotating at a rate
Of 73 Hz, produces a light beam, modulated at that same frequency
which is incident on the crystal and then is fed to a light sensor.
73
WE
7_1 I ~ff _11F, RN W = 60 - ~11

777
USSR UDC 621.315.592
WAROV, V. I., TITKOV, A. N,, SPL AK, I.-S.
'.Effec,-' of Alloying on the Exc,iton' States in: Germaniur..1 at 4.2K"
Leningrad, Fizika i Tekhnika Poluprovodnikov, Vol 5, No 4, April 1971, pp 771-
Abstract: It has been demonstrated previou&ly that with an increase in alloy-
in- in semiconductor crystals, disturbance of the exciton state arises either
from the screening effect in the case of high concentrations of free carriers
(uncompensated crystals at high temperature)-or by ionization of the exciton
in the,electric fields of the admixed ions (strongly compensated crystals).
This paper contains a study of the effect of both filctors on the exciton
state for cryntals witil ,I djffertnit~.depree.of compensation at~ low teviiperature
0 2"K) where the move-r-ient of the carriers -in realized in the admixture band.
Th; studies were performed on germanium in the region ofthe indirect
absorption edge. Data on Che variation of the amplitude of the exciton maximum
as a function of the charged admixture concentration in:conpensated germanium
and the amplitude of the exciton maximum,as a function of the concentration of
the basic admixture in compensate& and unc mpe: s,
0 n ated germanium are plotted.
1/2

USSR UDC 612.13-088.4
SAAKOV, B. A., LUBE, V. M., SHEPOTINOVSKIY,.V. I., and T Rostov
J)"., E.
Medical Institute
"The Regional Blood Circulation Studied by. the Ultrasound Method"
Moscow, Byulleten' Eksperimentallnoy Biologii Neditsiny, No 5, 1971, pp
116-119
Abstract: A bloodless method of deep zonal ultrasonic sphygmography based on
the principles of acoustic bioecliolocation:is.,described., . It yields specific
information about the state of any part ofs the vascular system regardless of
its site (in-bone canals, skull, sofE tissues, etc.) or the a-mount of ultra-
sound absorbed by the tissues surrounding-a~blood vessel. An ultrasonic
sensor-using a reverse and direct piezo effect emits short acoustic inipulses
tward a blood. vessel under study and receives a signal. tCflected frovi it.
If there is an increase in the volume of blood entering the vessel, its
diameter widens, thereby Increap4ng the ar6a pf the latei!al reflecting sur-
face-. The amplitude of the reflected signal grows at th-*! same time. If
there is a decrease in the volume of blood entering the vessel, its diameter
narrcx4s and the amplitude of the reflected signal decreases accordingly.
1/2

USSR
VAKHNOV, R. S., GORELOV, V. P. and YITKOV, V. 1.
"Problems of Decomposition of Functional~Systems to Logic Systems"
Avtomatiz. Proyektir. RZA [Automation of the Planning of RZA (Expansion
unknown -- tr)], Moscow, 1973, pp 77-79 (Translated from Referativ-nyy Zhurnal
Kibernetika, No 9, 1973, Abstract No 9V704)..
Translation: A method is presented for automatic production of descriptions
of circuits in base elements (BE) from descriptions Of.CirCUitS containing
functional elements (FE). It is based on the use of a catalogue, where each
type of FE perforning a ce-rtai.n fun%;tion.is compared to a system of BE per-
forming the same function. The possibility of creation of such a method is
based on the following assumptions* I.. There is a singLe language for descrip-
tion of FE in functional plans (FP) and BE-in schematic~plans (SQ. 2. The
descrptions of the FP, SP and catalogue are constructed.according to a modular
principle. 3. An unazabiguous relationship is established between the
iriput and output contact identifiers describing the FE and the corresponding
description in BE. A single irput hmgua~e allows mixed systems consisting of
9
1/2
-66--

USSR
Vakhnov, R. S., Gorelov, V. P. and Titkov, V. I., Avtomatiz. Proyektir. RZA,
Moscow, 1973, pp 77-79.
FE and BE simultaneously to be described, simplifies the description process
process of construction of working programs . The modular principle
allows gradual incrementing of descrptions of:modules and their accumulation
and simplifies the process of making changes.: The unambiguous correspondence
between contact identifiers allows their order to be unlimited.
V. [4ikheyev.

USSR UDC 619:616.988.21-07
MOKROUSOVA, A. V., and TITLOVA
Veterinarians, lepublic Veterinary
Laboratory, 1-Unistry of Agr3.culture,_Kir'iz SSR
"'Rapid Bioassay for Investigation of Rabies"
Mosco-w, Veterinariya, No 12,,1971, P99
Abstract: The fluorescent antibody method has been used in conjunction with
a bioassay on baby white rats for early diagnosis of rabies. A hypothetical
diagnosis is established in a matter of a: few hours . Then, instead of wait-
ing 14-17-20 days for final results, seven,white rats are inoculated with the
substance taken from the specimen. Six days laters smears of rat brain tissue
are conjugated with fluorescent antirabies gamma-globuli'n. In positive cases
a large number of specific bright-shWag granules is observed through the
fluorescence microscope, On the l4th-20th day,these findings arc, confiriwd
when clinical symptom-, are observed in other baby white tats.
W.
56

USSR uw 621.771.23-001.5
TITLYANOV, A. Ye., FOLURHIN, V. Pt, BOGM10VA, G. P.., and SKVINKM, A. I.
"Optimizing Reduction States of the Dressing Process Considering tha Effect
of Straightening on the I&-chanical Properties of a ThJm Sheet"
Yloscov, Plasticheskaya Deformatsiya Metallov Splavov, "Metallurgiya"
Publishing House, No. 64, 1970,~PP 97-103
Translation. It is shown that, at low r6ductions in the process of dressing
08kp steel " subsequent straightening lowers the value of a naJority of Tmchani-
cal properties and the depth of the hole ~vten testing FAccordlng to Brikoen.
Taking into account the effect of straightening,ou mechanical propertics of the
dressed mtal nakes it possible toselecithe optimal dxessing mode more
correctly. Redaction during dressing inthe range of 0~5-0-7 percent with
subsequent straightening makes it possibleto eliminate~the area of yield on
th-- tension diagram and to obtain metal with a minimum yield point, lowered
hardneus, and a very deep Eriksen.hole, which inereases:the ptampability of
sheet metal. Six illustrations and seven,bibliogriaphic;jentries.

uDc 621-771~.23-001-5
G. P., and SAVINKIM, A. I.
TJULYANOV, A. Ye., POIMMN, V. P., BOGDANOVA
"The Effect of Speed on Change in the Technological Parameters of the Dressing
Process"
Moscow,, Plasticheskaya Deformatsiya Y&tallov i Splavav) tallurgiya"
Ptiblishing House, No. 64, 1970, PP 91-9T
Translation: Investigation an the four-high 1700 mill showed that, with 08kp
steel 0.5-2.0 mm thick, increasing the speed of dressir~v, leads to an increase
in reduction and metal pressure on the.rolls. It is shown that increasing
these qua#~ties does not depend ~on preliniinary adjustm6nt and is estab' lished
by the. mechanical properties, thickness of the sheet, :rigidity of the stand,
and design of the liquid frUtion-bearings. The results make it possible to
dL-termine the amount of preliminary adjustment established at law speeds, which
corresponds to the opti-I reductioni state-jat working speed. Six illustrations,
13 bibliographic entries.

_-_'Us P_'~-
LYAPUNOV, A. A., TITLYANOVA A.
"'Ibe Syste-_Ls App~oach to the Study of Cycles of Matter'and Flows of Energy
in a Mcgeocenosis"
0 Nekotorykh Vopr. Kodir.~i Peredachi lpform. v upr. Sis.temakh Zhivoy
Prirody [Some Problems of~Coding*and Transmission of Information in
the Control Systems of Animate Nature ..Collection.of Works], Novosi-
birsk, 1971, pp 99-188 (Translated from Referativnyy Zhurnal, Kiberneti-
ka, No 1, 1973, Abstract No I V874 by L. Savchenko).
Translation: This article is dedicated to the cybernetic description of
biogeocenoses -- sectors of territories with the adjacent underground and
above-ground sectors, as well as :the plants,, anlmnls and jnicro(.-)rganisms
Which populate 1110111,
A structural-functional plan of a biogeocenosis is constructed, des-
cribiug the cycles of matter,and flows of energy in the biogeocenosis from
the standpoint of the theory of controal systems. Ilic description utilizes
the concept of substances, blocks,,..flows and derivative concepts such as
-links, paths, branches, cycles and aggregates.
,he description of blocks and flows is oriented toward an abstract
biogeocenosis of meadow steppe type. In this biogeocenosis in the approx-
1/2

LYAPUNOV, A. A., TITLYANOVA, A. A., 0 Nekotorykh Vopr. Kodir. i Peredachi
Inform. v upr. Sistemakh Zhivoy Pr1rody, Novosibirsk, 1971, pp 99-188.
imate description the author distinguishes the following blocks: the at-
mosphere, vegetation, plant deritus, algae, animals, protoi6,111s, Micro-
isms, soil and soil water. Me substances include materials, pri-
marily oxygen, hydrogen, carbon, nitrogen and their compounds, which 're
very- significant in the biological cycle' of matter.
Adescription of the basic blocks in ameadow-ste1ppe biogeocenosis
is presented.
2/2
84

USSR UDC 8.74
LYAPUNOV, A. A., TITLYANOVA, A. A.
"A Systems Approach to Investigation of:the Cycle of Matter and Flow of
Energy in a Biogeocenosis"
Novosibirsk, 0 nekotorykh vopr. kodir.,i peredachi inform. v upr. sistemakh
zhivoy prirody--sbomik (Some Problems of~Coding and Transmission of Infor*-
mation in the Control Systems of,.Animate~Nature--colleftion of works), 1971,
pp, 98-188 (from RZh-Matematika,-No, 1, Jaii.73,,abstract.No 1V874 by L.
Savchanko)
Translation: The article is devoted to a'cybernetic description of biogeo-
cenoses -- sections of territories with the adjacent subterranean and aerial
sections and also the plants, animals, and microorganism-, populating them.
A functional schematic diagram o','L' abiogeocenosis is constructed which
describes the cycle of matter and the flows of energy of the biogeocenosis
from the standpoint of the theory of ~control systems. The description uses
the concept3 of substance, modules, and fluxesiand~the derived concepts
of the link, path, branch, cycle, and aggegatei
1/2

USSR
LYAPUNOV, A. A., TITLYANOVA, A. A., 0 nekotorykh.vopr.:kodir. i peredachi
inform, v upr. sistemakh zhivoy prirody,; 1971, p' -188
p 98
The description of modules and fluxes is directed toward an abstract
biogeocenosis of the prairie-meadow,type*.: In this bio&ocenosis, the
authors single out the following.modules: atmosphere,.vegetation, rags
[sic], litter, algae, animals, protozoa, microorganisms, soil, and ground
way of substances, the authors~conslder materials;-- primarily
water. By
oxygen, hydrogen, carb-in, nitrogen, and their compounds~, which play a
large part in the biological cycle of'matter.
The principal modules of the prairie-meadow biogeocenosis are described;
2/2
81

USSR UDC 669.295
DEUMV, S. I., BLINOV, B. S.,~ SHMRAY* 1. M., and,=;UktER', B. P.
"Magaetic Separation of Titanium Slag"
Moscow, Metallurgiya i Khimiya Titana-.(Institut Titana), Metallurgiya
Publishing House, Vol 6, 1970, pp 7-12.
Translation: An industrial electromagnetic separator, was- used in a study of
condition-- for separating crushed titaniUM slag as a function of the magnetic
induction of the electromagnet, the magnitude of the slag particles, and the
height of the layer. It is shown that, under aptimal conditions for separat-
ing slag, it is possible to remove 70-80% of,all metallic iron from it itito
the magnetic fraction and to obtain slag with a metal content of not more
-than 0.4-0.5 2. The expediency is shown of separating large slag parts (of
a~ class greater than two millimeterd), jr~ w1ifth most of ~ the metallic iron is
concentrated independently. Two illustrations, three tables, and four bib-
liographic entries.

21Z Cc' 2 UNCLAS S I I C-'B- PRUCESSING DATE-ZONOV70
CIRC ACCESSiC,1141 INO-AP0131.101
GP-~- Af.)STRACT. SCALAR ELE'TRGCAi;iL)IGG7RA!4S AND
~'ECTG?Ci'*'4V.---'IC(';i~APli[C LICUPS RC-CORu[-I) FROM 4.0. NORMAL
;,jLN ht'D PAJ1ENTS LSING Till- CUPRECTE0 CRTHUGONAL LE-~AD SYSTI-~~ll SVL-C-111 ARE
C F-) E t I T b T I i -': A 14 A L 11 "1 C,". j k; S C U R V~ ~'. S i1 E, C U 10) C- i j - UI i %~ G F i 4 E , S A I E L E A a s y s r E f -i
AT- t:
W. 1 TH A-, 5 1 ~Pt I F I E D - Z UE AO TH I NCI U DE S ~fl - S f NG L E :001- -S A L EL I N ST F-A 0
OF F CiU, R TFE ,,jSr:--~EP--"CY UE:f~-&EN THF tlMeS I;AS ESTIMIATED VISUALLY AND
C,
ON THE GIGITAL CCMPUM'-), EY M E AN S JJF Ak ALGORHYTH,~~ L L GJI 1 1"' G TO EXCLUDE
THE 2AS I C E;RRUX 5 (,'F- MLA -lE:!,4TS. THE V E S AR E, FOUNLY TO DIFFER
cuk
INSIGNIFISLA-i"ITLY SO TH,~,T ft-ic- ~4EASU.41NG FLAWKES AMD~ D I All~ NOSTIC CRITERIA
OF THE ~~V~G-lll A.-'L F$".E.SE'r'VEL), PRGPOS~':U PAU I E VERSt
D a N
BElli\C- Al TFE SMIE
FAMATY~ f-,lZlCL&61CllES,2lAYA LAbURAT0R1YA',,l.-NSTITU'l'A KlilRURG111 IN. A. V.
'.,I MIA,! SSSR-. FA C: I L I TY '.V YCH L SL.I T L N AY"A L AGURA TOF'. I YA
V Is Fi',; V Ski-
MbLEM PFVU-0AChI INIF004T S I I A.N SS SR j, G'S K V A'.
iA

--.112 025 UNCLA SS:l Ff C_zib'L :0~aCESSIING DATE-ogricr7O
._~~'TOPIC TAGS-TRANSFORMER STEELt METAL AECRYSTALLIZATION: CULD ROLLING,
-,METAL, ALUMINUM ALL.GYr -lk0tvALLGY,,.' N4CKEL ALCOY
.~~CUiTROL MARKING--NO RESTRICTIGNS
.`.~_DUCUMENT CLASS-UNCLASSIPIED
PROXY R~EL/f-KAt4i:--'1995/0t83
STEP NO--UR/OO4t8/701034/,Di)2/0376/0378
ACCESSION NO-AP0115B87
UNL LA SS I F I E D

2/2 0'2-5 UNCLASSIFIEb PROCESSING DATE--09":-ICT70
:CIPC ACCESSIJN NU--AP0115387
GP-0- ABSTRACT. TRANSFURME-t~ STEEL. SHEETS SUPPLIED
BY 2 DIFFERENT PLANTS HAVE BEEN COLD ROLLED TO A~REDN, OF 90, 92, 94,
A
N r- -
-0 96P"RCENT, RECRYSTD. 2 VIR AT 750DEGREES IN VACUUMt AND THEN CHEM.
POLISH[t) FROM Dr4E SIDF- uF THE SHEET TO PkODUICE: SSP~ECIMENS OF DIFFEfu:-NT
-THLCKNESS! 0.05-0.20 MM. SUBSEQUE14T HIGH TEPIP. ANNEAL FOR 2 HR AT
1050DEGREES PPODUCED A VARYING DEGREE Of .SECONDARY RE RYSTN. SECCNDARY
RECRYSTIN. 1S LESS DEVELOPED wITH DECREASING SPEGIAEN THICKNESS AND AT
0.10 MY, IT DUES NOT OCCUR, REGARDLESS.OF HOW.THIS THICKiNESS 15 03TAIINED
(COiD ROLLING OR POLISHING). SIMIL .AR.RE5ULTS ARE~QUOYED FOR AL USED FOR
ELEC, PURPOSES AND SOME FE-NI ALLUYS. WHILE CO, :t I NIG T. E Il P -'T AN E
NS I DE. U H e, ti k C
OF INCLUSIONS IN PROMOTING THE,E-FFECT.OF SECONDARY RECRYSTN., IN
SUFFICIENTLY THIN SPECIMENS THE VACUUM ANNEAL.CANIEAU-TO VAPORIZATION
OF INCLUSIONS WITH THE RESULTI'KG-VlIF0RX GROWTH'OF' T-HE' PATRIX GRAI-NS.
ON THE OTHER HAND, IN THIN SPECIMENS INUIVIDUAL GRAINS,CANNOT GROW LARGE
ENOUGH TO ACY.AS NUCLEI OF SECONDARY,RECRYSTN: FACILITY: INST.
FIZ. METAL., SVERDLOVSKi USSR*
UNCLASSIFIELY

W
--USSR
UDC 8.74
VORONIN, Yu. A., MARASULOV, A. F., TITOV, A. A., SHEVCHENKO, N. G.
"Computer Software for Finding Optimum Subspaces' to S Ive Recognition
Problems"
Novosibirsk, Primeneniye mat. metodov i EVM pri poiske'polezn. islcopayemykh--
sbornik (Using Mathematical Methods. and Computers in Searching for Minerals
collection of works), 1972, pp 150-179 (from RZh-Matem~tika,,.No 1, Jan 73,
abstract No 1V858 by E. Vagner)
Translation: The problem of finding informative aggregates of properties is
usually solved in the following way: First, some method is assigned for
evaluating the informability of individual,properties,,, then considerations
are pointed out which enable approximate determination of informative aggre-
gates, of properties as aggregates of independent and individually inf ormative
properties. in most methods of determining informabi lity the. inf ormability
of the aggregate of properties cannot be levs ~ than , the . informability of any
component subaggregate and, as a rule, is expressed by a~~ single number.
The trial and error method is.used in searching for the optimum aggregate
of properties. Clearly there can be no proqed,#e which avoids a very
Ilextensive" sorting process which is suitable;for all cases.
1/2

USSR
VORONIN, Yu. A., MARASULOV, A. F.j TITOV,.A. A., SHEVCHENKO, N. G.
"Computer PTovrams for Determination of Optimal Subspaces in Order to
Solve Recognition Problems"
Primeneniye mat. Metodov I EVM pri Poiske Palezn. Iskopaemykii [Use of
Mathematical Methods and Computers in the Search for Useful Minerals
Collection of Works], Novosibirsk, 1972, pp,150-179 (Translated from
Referativnyy Zhurnal, Kibernetika, No..1, .1973, Abstract~Nfo I V858 by
E. Vagner).
Translation: The problem of finding information sets of properties is
most frequently solved as follows. .First.somo method of. evaluating the
information content of individual-properties is indicat6d, then con-
siderations are stated alluwing approximate.determination of the infor-
mation sets of properties as sets of independent quantities and informa-
tive properties individually, In most methods~of determination of in-
formation content, the informationi content of a set., of properties can
be no'less, than the information content ofahy,~ubset and. is CKpTeSSed,
as a rule by a single number., The~, search for, the optiiiial set of pro-
pertios i; p-crformed by random choice. It is clear; that -a method suit-
able ~for all cases vhich can avoid xunning'th-rough a long list cannot
1/2

VOROININ, Yu. A., MARASULOV, A. F., et. al. Primenaniye mat. Metodov i
EW1 pri Poiske Polezn. Iskopaemykh,, Novc~-SibiTsk, 1972, pp ISO- 179.
be: developed.
It is suggested that a set of properties be sought tho information
content of which is no less than:the information contoift of a certain
fixed set of properties, Asymmetrical and symmetrical~,coupling factors
between properties are sought, and! a suggested algorit)un for. running
through the information subspaces is described, based on detennination
of the close components of connection of #oorties. A generalized
block diagrain of the algorithm ia, presented. 37 Biblio-. Re fs
2/2

j
COHMICXTIGM-~"TIONAL SIGNALS OF MWX SEA DOT-PHINS
(krticle by 4.. U.1110v, &._01_1~o
and V. M. Jx-kdm-54i,73-VVsqtoPoV Kiev, Bion1k*._.Russ1&4. No 5, _1971, lzd-vo
11Hau_ko-v_A_D_w"__, _pP 67 -7 2
During 1966-19613 specialists at the base of the '.:srodag-,
shore Division 'of the, Institute',ct the Biolory of Southern Sees
Investigated .,the e6mmunIcatI6n-cmot1onal* 41rnals 'of nine comon
dolphins . rive. bottle-nosed porpoises -"and..fiva'h.arbor porpolson.
The lami~als'. wore`ke~t singiy'and. In groupa.'In .a boale ( le x 13
Y 2 MY and in.a.aas, car Vto:X8 10 M).
e. amde~ 0;
in raclatorin47~_ the, sounds or dolphins confined to a be
sin we. used an1natruriont for moneurinr sonLe pressure with a
passband of 0.5-100 kc/see and a marnotic, recarder'with a broad-
ened frequency characteristic 1-100 kc/3ec. The sirnals were an-
alyzed usinf,, a S8SM 1-2A spectrum analyzer, and a 11-102 oscillo-
graph. The rate of sound reproduction was. slowed down by rac-
tore of 16 and 32.
The lack of a classification oC acoustic signals of co-
tacoana croatoo great dirricultiez In detar:nIninr, the biological
Importance or those sounds. In /7,Q7 the, acoustic ai(-,nals are
classified as acholocation, communication and complex. But we
receive only acholoo4tion and communication-c -notional Af-
,nals.
The class Ifica t Lori in complax bacauas in behavioral situations
it is common to detect sotmdu,of all three groups (7.87 and
there ia a considerable variety of dignals even within one
group. A group of coimunlention-atmotional ilglnula incladea pure
siGnals, sounds or a, nonlocation nature (howlinG,' gruntinC,
ahirpinG, borki6g, inewing), and also whistles mixed with pulsed
c lie its not havitCr a location function. Under nonlocnitlon ccndiw.
tiona, whon.tho ~olpidn is at -rest and.,itS location OPPUratUS
Is not. aporating, pulsed elicits can.havo a' hirh. and low, rope tj_r
tion.rate.

h' 7h
CRARACTERISTics OF sorl-C 5 IMNALLnG OF COMON DOLPHINS UVDER NEV CONTIONS
JAVtitle hy Sevastopoll*; X1_rv,,B!=nika :Xij9sLAn,:Vo,5i_197l,
-1
A stwdy of t~~ b ztic signals 6t, cotaccans and as-
_b
oooiallT~ dolphins 14 reet practical inportance. It is of
rig 6
0
tntoreat.to classify,.the soni emittod by do-1p Ins
On the basis or their physical parameters ard.biologildl im-
atu*~-
portents and also to study, thol"r. hydrolvc.ati:on~ upper
-The 4-narLcan restarcherm ... Lilly, and 11-111116r,~ in atudying
the, 60.1io. signaling- of dol~3hirxs, distinguished thrao types of
aonic S~'K-_Qls'amittad by d6lphina-~whietle3 with .a rrorjt~.oncy of
ko/sea, ultraeonic echolocatiorCal!aka. with a froquoncy
ula to 170-Ve/sot, and comnlox sounds with a high a~iplltudo
1- '0* hum..
kgrunta, nowlr4. bn-1-1xvj in the sonio, fro-
, ra;;~n. 9. tlWba~la or biological irz:)ortanca the sound*
onitt6dby dolphins can bo clarsif.'ad as nousida t3nod in oriont-
ation, vonrch for ond finding food, lntor-~oorro soun8o and
Mounds atpret!yIng d~finita omotiori. The r,~i*ultz of oxporimcnts
reveal tjiat for acholoeation puryoso6 the dolphin u1jus pulsed
alicka 15, 0,7. Isolated animals *r%it whistlos'and olicka during
intoroourDe.
Sourcou /1-31 give a froq,;otic:r 4nalyniv ran4 classifies-
tion of the ro;;Intorlod sounds, and an attonnt won mndo to as-
tabligh th6ir blolorical importance. Dtal)lt~ tho gtoont number
Of at ud 10a Ott the sonic sirnalirng of dol~hlna maintainod during
thoti, prolonged c apt "ViTburson ly the sonlic activity of the
bottle-noood porpoise lope trarcatU3) her boon relatively
wall studied,
Tho son16 iignalinS of four connon dolphins M64hinua
61)IDNIC),waa inv6atigatad at tho, tira of their auccoan-vo con-
T ~ner-._(~_rtt In an art1ricial, basin. (1a i 13'x 2,m) at the 4aradag-
eko7n-Divisio'n of tho~ Institute of Biology of the Southern Seas.
Aa ador.7 or Scionatts- Mrr'viriian'33R.
%

-7;0
PHYSICAL CHARACTERISTICS OF NONLOCATION SOMS OF OLkr.K SEA DOLPHINSt
tArtlelc y_1A Yxq:i~jjj~Lh, Sevastcppl X14y, Btanlka
97
yo ".Vaukoyd D=ka," 00 57-621
71
In studios Z71 7-7 $tic elj7nals' of dolphins
sll:.tho acou.
Verde_ claaelfiad -Tht6 thrg)e, principal groupoi 1) pulsed clicks,
used ford location purposes,, 2) Whistles. .3) whistler almul- ~
tandously mixed with ~olicks and. other. conplex #oundsAgrunts,
crles,~ bellowing, leos'nas: 4,to!~) /1 .2
Th.adiversi~ty, of. iounds uttd'ied- by"Actiphinw to 4etormiix-
.*4 ~prlmarilr by emo-tic~nal-Loonic-1,31L,.ial-il'. The .1ack:or a clnos-
iri"tion or acoustic. signals of dolplAnc. worked out 'in dotall
Is creating rreat alfricultioa In determining, their t~lological
I.-pportanco. The -class Lricati6n' in complex . bocausw An nbut cases
In comon dolphins and especially in
ons observes- a,, gradt, Tiumber, and, diversit$7- or. vound3 .1n,*ll
hD d
tie will give a oleo iiication of aoundzr~ In t - tbir
roup on the baala~ of_ their audible perception and will do-
9 1v
.cribs thosesounds and the behavior of the animal
signaling.
Sounds were studied in throe species of Blc~ck Soo dol-
hins, bottlo-vosed porpoise, common dolphin and A:= parpoiso
izovka) during 'the years 1966-1966 (Table 1). The Signals
T
were ret;isterod in a bazin or underwater ra(;e under tho rol-
lowing mult iply' rope ated situationat capture of the antmal
-and its lifting from the water, "orientation roClcx,.' fooding
and toasi% the hun ry animal with nu"sh, ball rarzos, '.'con-
vardations of two ~salstod, animals sing an oleo t roacaun tic
comm=ication channel, froo swimming, wh4-le conductine *XporL-
4)10"VO dOfOrmation. 4-diagrar. for t"Ine oxperimental setup
Is Includod. The greatest strengthening was ob5erved vith oxtez=ivo final. dofor-
zatio:.Is, and was accompanied by pulverization of mosaic blocks. 6lock pulveri-
zation increases with longer action of the force, bu:t doea not depend on the
pressure itself.

e1Z 017 UNCLASSIFIED PROUSSING DATE--20NOV70
CIRC ACCESS,lCt*v N'O-AP0126098
GP-0- ABSTRACT. THE MN STEELS AND RE STEELS
lCONTG. C 1.8 AND RE 6 -iT. PERCENT,~ MARTENSITIC POINT NEGATIVE
80DEGREES) , h~EEN RAPIDLY CUENCHED FROM THE AU5,TENJTIC STATE TO NEGATIVE
196CEGREES, UNDERGO FORMATIC14 OF IMARTENSITE~WlTfl~~ ANGPIALOUS
TETRAGCNALITY, 14FICH UN WARMING UP T(3~~ROGM TEMP. 'A,SSUMED NORMAL
TETRAGONAL11Y. IN 14N STEELS THIS EFFECT,WAS ACCOPPANIED E3Y INCREASED
ELEC.. RESlSIA14CE (BY SIMILAR To 2PERCENT) OF MARYEiliSZ IE WITH AMCMALOUS
TETRAGONALITY, AND THE RETURN TO THE NORMAL VALUE OF ELEG. RESISTANCE
WHEN MAKTENSITE ASSUMED NUAMAL TETRAGCiNALITY, 5PECIAr-.,A4,5 of RE STEEL
WERE HELC AbOVE 'THE SURFACE OF :LIQ. k Mitt T HERE, 14AS A ~TEMP. DRGP ACROSS
THE- TH10KNESS OF THE SPECIMEN OF SIMILAR TO I.DEGREE, AND THE E.4F REACHED
SIAILAR TO 0.01 VV. THE 08 SO.- INCREASE OF ELEC. Ar-Sj$TANcF. IN RE STf-_FLS
IS eELIEVED TO RESULT FRGM,'fHE INCREASEC AMT. or- MARION5111, WHILE THE
LOWERING OF ELEC. RESISTANU ON WARMINIG Ull IS CAUS ED BY THE UROERING
PROCESSES IN MARTENSITE.
FAL 11. ITY. INST.m METALLI)FIZ-i KIEV*
USSR.
CLASS IF I E~o

USSR
UDC 539-38.9-2-669-15
BEREZINA, N. V., DOMMS, T. L.: KIMINOVj V. M., and MAMDROS.,
G., Institute of Metal Physics, Adade Iry~ of scieunpef",
Structural Changes in Steel Xhj8HqT During E ng
xplosive Weldi
Kiev, 1.1etallofizika, No 40, 19T2, pp:49753
-Abstract: An investigation was made of tta weld sean, of a steel Kh18NqT_
copper bimetal, produced by explosive welding with contact~rates of 2.7 and 3-9
kmy see - Strengthening of the steel to 16 depth of 0 - 5 nzn vas detected in the
seam zone, and the rolling-texture-disappears in this~sanelayer. At the rate
of 3.9 Im/sec, 3(Y% alpha-martensite forined In the steel in 'the seam zone. As
x-ray diffraction analysis showed, the width of the interfeirence lines Of the
alpha-mArtensite were small and considerably less thanjor the martensite
obtained during cold working. This suggests that the nartensite is found in a
weakened condition apparently as the result,of.heat literation- 3 figures, 1
table, 5 bibliographic references.-

UNCLASSIFIEO~ PROCESSING DATE-13NOV70
CIRC ACCESSION NO-AP0132370
ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT4* I N 202 PAIFIENTS WITH ACUTE
.-CHOLECYSTOPANCREATITIS THI. AUTHORS STUDIED THE,PNOTE IN FORAING,
PRQTHROHBIII~ FORMING, PIGAENTARY~.FUNCTJLINS OF THE~~ LIVER A-,:,) PARTICIPATIoN
-OF THE LIVER Ill FAT METABOLISM, F 0 R.'. THIS PURPQS-= THC FOLLOWING
INVESTIGATIONS WERE CARRIED OUT,: Ti~~TAL~~BLOOD SEAU.11 PROTEIN, ~)UANTITY OF
ALBUMINS AND GLOaULINSi "lEkCURlC CHLORIOEt THYMOL AND, FORML REACTIONS,
BLOOD CHOLEST'aRUL AND BILIRUBINT. RUR81LIN AND.BlLiARY PlGiMENTS IN THE
URIINE. IN ONE TlllkD OF PATIENTS WITH ACUTE tHOLECYSTOPANCREATITIS
FUNCJ10NAL DISTURBANCES OF THE LIVER. 'WERE REVEALED'. DIFFUSE AFFECTION
OF THE PEPATIC PARENCHYMA CORRESPQNUEb~ MAI-NLY WITH. THt- DEGREE OF
ICREAS, IN NECROTIC' PANCREATITIS THE LIVER
.ANATOMICAL CHANGES IN THE PAN
FUNCTIONS SUFFERED PullkE SIHARPLYv THIS CAUSING THE 'AiAZARO OF DEVELOPMENT
OF HEPATIC INSUFFICIENCY. I~.FACILITY: KAFEQ.RA KHIRURGII I
TRAVMATOLOGII SAN I TAIR140-C, I G IYENI CHES'KOGY0 FAKUL 4 TE TrAI MOSKOVSKOGO
MEUITSINSKOGO INST. IM. I. M SECHENOVA,
UNC LASS IF lelo:~---,

USSR UDC 612-Ur:615-7-81:
KIRZON, M. V. , TITOV S. am.El K.UIENSKLY-,. A.. A'-,, Ch ai r o f
Human and Aaiwer~~Ysiology
"Direct Effects of Novocain on the Cerebrum o f-' A it-e :Rats"
Moscow, Vestnik tioskovskago Unive-rstteta,. No 1*-,. J~Ln/Feb 71,
98-99
Abstract:~ In an investigation. of th w eff acts o-1-'Trovocain on
the cerebrum, small volumes of nj3V'-.oc~mLa-n1.'
solutions) were injected into various- brain:; :5.tmx~ct-ures
(amygdaloid nucleus, substantia. nigra,. and :caud~,-Ve. TUICICUS) in
nonpreraedicated w1iite rats. The immediate resul,ts. observed
included; complete, immobility, areflaxirs,. fal *L in :respiratory
rate from the control 80 to. 10 and f0wer breath.s. per minute,
band a marked depression of electroen-,eephal.ograp,il"ic waves. If
the-animal did not die from. apnea- ~tn: th~e ftrs-t- 51~ mifiutes, it
gradually recovered during the next ]lour.. Sinct,. such a rapid
diffusion Gf the. novocain, from -the, (xf;' ijij,Octi~on to the
Tespiratory centers tras irIPTObablmj-tha~ mucho3.-i.,~:1),ostulate activa-
tion of inhibitory neural reflex.as.,

CICESS;IING DATE-160CT
Pit 70
034
"TH ICALEACTIVITY UF;~SUBCURTICAL
TITLE--CHARACTERISTICS OF E E.LE,CTq 'i t, A N D GO R D
lROACETATE POISONING -U-
STRUCTUR ES OF RATS WRING SODIUM FLUL
-A-
LITHOR-W21-KIRZON, M-V-.. TITOV:v S~A.
COUNTRY OF INFO--USSR
MOSK. UNIV.v BIOL-y ROCHVOVED. 1970r. 25( 11 t18-25
OAT E PUBLISHED------70
.--i-SUBJECT AREA5--BIOLOGICAL ANDIMEDICAL StltNCES
~-JCPIC_ TAGS--SOOIUM COMPOUND, FLUORINATED ORGANIC COMPOUND, POISON EFFECT,
SPI NA LC OR 0 vNERVOUS SYSTEM, ELECUQPHY~ioLb~y
AINTRiOL MARKlNG-NO RESTRICTIONS
L-AS-S--UNCLASSIFIED
DOCUMENT C
":-PROXY REEL/FRAME--199610595 STEP NO-~UR/0444/70/025/001/001810025
C I R CACCESSION .40--AP0117823
UNCLASSIFIED

USSR UDC 669.14.018.8:621.762
SHAPIRO, T% L., POLTO-RATSKIY, N. I., TITOV, S G., and BYVSHIKH,
M. I., Podol'sk
"Pressing and Vacuum Sintering of Powder of Ty[~e Khl8Nl5 Stain-
less Steel"'
Poroshkovaya Metallurgiya, No 3, Mar 71, pp 31-~35
Abstract: In a continuation of earlier works, the authors study
the next production batch of austenitic stainle:ss steel powder.
The principal properties, cold pressing, meltin.g and isothermal
sinteriq in a vacuum of powder produced by reduction of the
oxides vrith calcium-hydride were studied. The larger fractions
of the powder had significantly greater specifib surface and
lower bulk density than the finer fractions. resulting from the
complex shape and porosity of the Darticles. Introduction of a
binder decreases and evens the bulk:density. Cold pressability
increases with decreasing-particle size. The powder melts ir; a
vacuum at 1375-14000c, so vacuum sin 'tering shou.1d be performed
at-13000. Final densities of specimens'of 7Vto, 97% can be
achieved with sintering at 130010 byivarying powder particle size
~1/2

. 1 2/2
- 11, -

USSR UDC: 681.325.65.522
DVORETSKIY, V. M. S. M.
,Relay and Logic Hydraulic Automation Devices for General I rAdustrIial Use"
Probl. Gidroavtomati~-a [Problems of Hydraulic Automation of Worksj,
Moscow, Nauka Press, 1969, pp 13-19 (Translated from R 'eferativnyy,Zhurnal Av-
t tomatika, Telemekhanika i Vychislitel,'naya Tek7anika, No 7, 1970, Abstract No
7A63, by Ye. S.)
Translation: The shortcomings of known valve-type relays ara the teclinclogical
difficulty of manufacturing valve pairs-requiring high finishing accuracy and
the design complexity resulting from the use.of valve bias springs. A universal
hydraulic relay is described in which the channels are cover 'ad by,the end sur-
-f ace of the valve, allowing the requirements . for manuf acturing precisiozi of
.,relay parts to be reduced and allowing materials vhich,are;u6t iu~shorL supply
to be used in their manufacture. The relay described is usea as the basis of.
a un~iversal system- of hydraulic automatic control:.elements~dcnvreloped at the
Institute of Automation and Telemechanics (Engineering,Cybenletics). Standard
circuits of devices realizing the principal logic operationsiare presented.
Nine~illustrations; three biblio. refs.~

.. . .........
USSR UDC 547.26'118
KIREYEV, V. V., KOLESNIKOV, G. S., and Moscow Chemical-
_T
Technical Institute imeni D. I. Mendelp
"The Reaction of Tetraalkyl Esters of Imidodiphosphoric Acid with
Triorganohalosilanes"
Leningrad, Zhurnal Obshchey Khimii, Vol XL,.No 12, Dec 70, pp.2634-2642
Abstract: It is shown that the reaction of tetraailtyl esters of imidodi-
phosphoric acid with chlorosilanes leads tb the formation of products with
P-0-Si bonds. The overall reaction1ollows',first order kinetics -- first
order with respect to the ester, zero ordervith respect~~to the chloro-
silance.
On the basis of study of the infrared, ultraviolet and nmclear magnetic
~resonance spectra, it was established thatthe initial substances form a
complex-
Me mos tprobable mechanism is suggested for the reaction which proceeds
with ionization of the bond POR.

.............
_011.1 mill, 11.1 W-0 1.1 i
USSR UDC 1547.261118
KIREYIEV, V. V., KOLESNIKOV, G. S. (DECEASED), Moscow
-Institute of Chemical Technology imeni~D.~
1, Xendo;Leyev, Moscow,
Ministry of Higher and Secondary Specialized Educ~abiori:RSFSR
PEOUrs- of Imidodiphosphoric Acid".
-7 Nhiniis ~N6 9, ~(3 G p70,
Leningrad, Zhurnal Obzhoh2l Vol 46~'
2015-2019
P
P
Abstract: Reacting trichloronhosDhazodichl-orophooj)lionyl with
ii-cohols and allcoxides gave a'seAes of. novol estovs of Imidodi-
phosphoric acid. To freshly prepared sodium butoxide lin anhydrous
dioxane, trichlorophosDhazodichlorophosphonyl (1) In benzene was
i~he precipitated NaCl was-fl' tered off, the
added with stirring.
solvents were evaporated, and the residue was extrUcted with petro-
leum other, washed, and dried, and tho~solvont lqas~evaporated to
give tributox7phosphazodibutox"homphonvl,!nBQ 1.0611.
1-4,4600 d
To obtain the totr4butyl eater of i'mid6diphospbonit: P-cJ,dr (I) in
benzone waS addod to a mixture of absolutci butyl PV;kobal ad([ tri-
othylp~tn-!Tie In petrolom otbor spith otirrinr at a rotte )ioamltting tho
1/2

-Coiros on
USSR UDC 620.197(075.8)
TOMASHOV, N. D., ZIIUK, N. P.j TITOV V. A. and VEDENEYEVA, K. A.
t
"Laboratornyye raboty po korrozii i zashchite metallov" '(Laboratory Studies
on Corrosion and Protection of Metals), Moscow, Izd-vo "Metallurgiya," 1971,
280 pp
Translation of Annotation: An account is given of 34 laboratory work6 an the
course of corrosion and protect-ion of ~ metals. Each work ~ contains a brief
theoretical introduction, a description of~iaquipment and work methods, and
a discussion of methods of data procIessing. T4e reference data necessary for
calculations and a recommended bibliography,are pr6sented at the end.
The book is intended for students.at schoold of higher technical education
as a, handbook of 16oratory studins.-and miq b uscil by ~orroslon IfIboratory
personnel. 72 figures, 50 tabl" ~10.,:ref6iences*
TA131E OF CONTENTS
Foreword. 5
'Introduction 9
1'. Processing and formulation of measurement data 9
II. Brief information on the use of certtr 21
in apparatus
1/4.

- - ---- -- ---------
USSR
TOMASHOV, N. D. , e t al. "Laboratorny -orrozii i zashchite
ye ra
boty po k
:
metallov" (Laboratory Slwdies on Corrosion anA.Protectich of Metals) , Dios cow,
Lzd-w-vo "Metallurgiya, 1971, 280 ~~pp:
III. Safety measures in carrying.:out lAoratory'work 31
Part I

Chemical (Gas) Corrosion of Metals,and Methods of Protection 4
Introduction 34
Work No. 1 . Kinetics of metal:oxidation in air 39
Work No. 2. Influencet of,teuvp6rat.ure: on the metal
oxidation: rate, in ~air.'~. 45'
-1a q Otals and al I
Work
No. 3. Heat rob . tance m in air
5
0
.
Work~No. 4. Thernodiffusion ~dodtfnga .
53
Part II
Electrochemical Corrosion of Metals 59
2A

USISR
TOMASSHOV, N. D., et al., "Laboratornyye raboty po korrozii i zashchite
metallov" (Laboratory Studies an Corrosionian&Protection,of Metals) Moscow,
Izd-vo "Metallurgiya," 1971,~280 pp
Introduction 59
Work No. 5. Electrode potential of metals 64
Work No. 6. Electrochemical heterogeneity of corroding
metal surface 73
Work No. 7. Effect of allo cathode structural components
on the rate of.electrdchemicaLcorro~sion. 82
Work No. 8. Polarization :and3depola,rization of the working
corrosion,pair :electrodes 86

Work No.
9.
Cathode depolarizatiofi-by'oxygen 94

Work No.
10.
Hydrogen overvoltage 103
Work No. 11. Passivity of ~-steel 109
Work No. 12. Contact corrosion of metals 116
Work- No. 13. Potentiostatic method of.studying the-corrosion

behavior of.steels 121
Work No. 14. Acid resistance;of allvis 130
Work No. 15. Temerature effect on-acid metal corrosion 139
3/4

USSR
TOFIASHOV, X. D., et al., "Laboratornyye raboty po korrozii i zashchite
metall'ov" (Laboratory Studies- on Co,.~rosioa- and Protection. of Metals), Mosccw,
-Izd-vo "Metallurgiya," 1971, 280 PP
Work No. 16. Ground (underground); corrosion of metals 143
Work No. 17. Intercrystalline corrosion of chrofiie-nickel
steel 1-52
Work No. 18. Point corrosion of corrosion-Tesisiant steels 160
Work No. 19. Corrosion oEwelded Joints 164
Work No. 20. Corrosion of -steel attc6nstant tensile stress 171
Work No. 21. Corrosion fatigue. of: metals 175
Work No. 22. Comparatives metal , corrosion tests on special
apparatus and ins tallAtions 182
4/4

ra
USSR
YEROZOL114SKIY, B. G. , BONDARENKC, L. N. ,MOSTOVOY, Yu. A., rX&h2V B.. A.;
ZAKHAROVA, V. F., and TITOV V. A., Institute of Atomic Energy imeni V.
Kurcbatov
"Search for Three-Vector Correlation in the Decay of- Polarized Neutrons"
Moscow, Yadernaya Fizika, Vol. 11, Ho. 5, May~70, -1057
_pp '049
Ab6ttract: An experiment conducted to measure.the constant D of triple correla-
tion between the vectors of the neutron spin 6 and the electron and antineutrino
momenta p and p- is described. The experiment,was conducted on the. !RT-M
V
reactor of the Institute of Atomic Energy imeTlil. V. Kurebatov. 23 series of
measurements of duration 35-100 hours each were conducted,and approximately 9.1.
1
4 decay events were recorded. Th
0 a average~value ofthe soefficient D fo-,
all series was -0.01-+0.01. The accuracy in obtaining the constant D made it
possible to establish the difference.from 1800.of.the phase difference between
the axial-vector and the F.-_--tor constants of e inte
W ak raction; this was found
to be 0
181. 30il. 3
id-R-Offil H LB710 WIJ~fl NOR 1 M-1 I M 0 M I

VSSR
DO, YU. MI., ZHUI~AVLEV,
A. A., LOGUNOV A' MYAE E. ii INA U14OV,
-IT"
A., FISAREVSKIY, V. U., ROCOZ111%TSKI-L, V. 11.
Z. 3HUKb.A_LO, I. A., BOU0, S. N; KGMAR YE. G. Yu~LYSHEV, i. F.,
M
MWIN, 1. V., MGNOSZON, N- it-, MUZAL&VS41Y, 1. A., SPEVAKOVA, F. M.,
STOLOV, A. 1-4-, o-A., VODOPIYAHOV, F. A., MI'MIN, A- A., KUZI-
INIZ, V. F., MIN* "A. RUBCHIN3KIY,, 9'. 14-,~ UVAROV,z, GUTNER,
V
B. M., ZAUUNZON, V. B., Phmefyj~vp A. lo) and TLUKIN, A.~ S.
"Some Results of the Overall Adjustment and-Start-up-pf the 70-Gev
Proton Synchrotron of the Institute:,of Jugh- energy Physics"
Moscow, Atomnaya Energiya, Vol 28, No 2,:Feb 70,'PP 1j2-138
Abstract: The physical part of the plan for the,70-Gov proton syn-
chrotron was executed by the In5titute.of Theoretical and Experiziental
Physics. The electromagnet with feed sy.-~Ivemz, the vacu= chamberand
the injection devices were developed at the Scientific Research Insti-
tute of Electrophysical Apparatus imeni D..V. Yefremov. The radio-
-electronic systems for acceleration process control and generation of
1/4

USSR
ADO) YU. M., et al., Atomnaya Energiya, Vol 28, No 241eb 70~ PP 132-
138
the accelerating field, as well as zhe radiotechnical measurement; and
beam,observation systems,were developed by the RadiotecMical insti-
-tute of the Academy of Sciences USSR. "Tyazhpromelektroprdyekt11
CState.Planning Institute for the Planning of Electric-al Equipment
,.or Heavy Industry3 designed the general-purpose electrotechnical do-
vices and cable connections. The plan for.the construc'4' on complex
oil' the accelerator was developed by the State All Union alanning in-
stitute.. The construction of the accelerator was under the general
supervision of the State Committee.for the"Use of:,rtom-;c Ener-gy USSR.
1justment and
-The adjustment of individual systems and the overall. ac
start-up of the accelerator were carried out by the ln~titure of
High-energy Physics and the developers.of:theiaccelerator systems.
the Ins
Th'e basic-bear, work was done tituto of High-Q y Phy3ics
a "'he con-
with ~the. participation of the adiot chni641 lnstiture.~:
struction of the accelerator was begun in 19600 -and all the ~basic
construction and assembly work was~completed*at the beginning of
2A
A

j
USSR
ADO, YU* M., et al'., Atomnaya Energiya, Vol 28, IN o2,' ?eb 70, PP 132-
138
1967. At the initial stage of construction, bef re the formation of
1 0
the institute of High-energy Physic3 in 1963, the work i-las~ coordinated
by. the In3titute of Theoretical and Experimental Physic5o The linear
accelerator injector was started on 28 July 1967, the~operation of the
September 1967, and-the physical
individual systems was adjusted by
start-up of the accelerator was accomplished on 14 Oc;~ober.
A description is given of the work done to adjust, tlie annuiar
electromagnet (including the electromagne-t coolitig and feed system3),
the injection system, (consisting of matching* channel and ini'tection de-
vice), the vacuum system, the radioelectronic,system (includin,-, the
-accelerating field generation system, the acc 'eleration proo-e5s control
ay3tem and the radiotochnical moa3uremonV ayztem), and, tho be&m ob-
servation system (which provides for beam observition in th,.~ fir5t
revolution and 'eauring acceleration). In the physical stait-up of the
accelerator the main efforts were directed towards obtaining acceler-
ated protons ol' the planned energyl, and the; problem of~obtaining high
3/4

1/2-: 020 UNC LAS S I F I E 0 E sk 5~ 11
4(; DATE-13NOV70
TITLE-HIGH 'TEMPERATURE 4A0I0LYS1$ OF 14 T E RPH ENYL AlM, I T S I-iYL) Ru(;Ew.'r E 0
DERIVATIVES -U-
AUTH!3R-(03)--L.AVR0VSKlYy K-P-t PRO TS. I D I M, P. S# T11 TOV V 8,
C COUNTRY (IF j-.AF0--USSR
19H 5 V ct I
S UUR C E -Di) K L A KA D !N A JK SSSR 1970? 1066-9 '~H EIM
.0 P U;1 L, I S HE 1) ------- 70
-S(JBJ C T A? z-:AS--CH EM I S TRY NUCLEAR SCIENCE AND TECHJ%0l-1!D'-,Y
~.TCP I V AT I V E
IC TAGS-' ",ADIOLY-cl S HIGH TEMPE;RATURE EFFECT, B E Z FN E
I ON WATER NODZ~RAT
HYDROGENM E 1): REACTOR
CONTPOL MARK I tNG--i"40 RLSTR[CTION'S
001CUMENT CLASS-UNCI-ASSIFIED
k 0 X Y, REEL/FRAME-3005/1217
C[RC ACCESSION NO--AT0134891
UNCLASSIFIED:

MMW4"
7- V2 ozo UNCLASSIFIED PROCESSING DATE--13NOV70
.,CIRC ACCESSION NO--AT0134891
-ABSTr_'*lAC T/EXTRACT-M GP-0- AaSTkACT. I~A-DICLYSJS A 7., 3 7 0 DE: GR E E S I N A
NUCLE .AR? _MGDERAM) REACTOR' IS UESCIRIBED FOR vli,T~_-Acy HEXYL,
A T ER CLo
MJERPHENYL, AN -60PERCEN
M 3 0 T HYDROGENATION PROOUCtS O~" T E L A T T VER .THE
RADIATION YIELDS OF PRODUCTS fiNCLUDING C!; SUil2:H SU;3I0jtC SUB12 11 SU1322
C _SUB7 H SUBI 1. t C SU86 H US06, C, 5066 H SUB12 AND THE T(J,r.",L GASEES APE
TABULATED. T14E GAS YIELL) WAS-LINEARWITH THE~ DOSEE 13F RADIATION.-
irtb ll-AV -OF
ORMATION OF7THE,C SU81-5 P_ROuucT.s!.sHOv' RADT.OLYS IS
T OF
HY OR OG El,,A T E DTERPHENYLS RESULTS IN CONS 1,
KABLE INI OMIOL. CLEAVAGL
'r,-C BONDS IN' THE HFXAAETHY LENE RINGS AND:IRTER AINGiiBRIOGGS. THE:
CONWLETELY HYDROGENATE0 MATERIAL GAVE THE GREATEST, YIELD 423PER(;'l;:w) OF
HIGHER 39ILENIG PROOUCTS, RELATIvE To THE STARTING ~IATERIA,LS, BUT-AS
RADIIATIUNDOSE INCREASED9 THE, DIFFERENGEIS-.~B.ETWEEN Y.ARIOUS SU3STRATES
8 EC AME. SMALLER'. I FACMTY-,7~~!JNST.l ~NEFTEKHIliii ~'~S I N1:"4. TOPCHIEVA,
A
UNCLASSI~JIED

-10
2/2 0018 CES'
UNCLASSIFIED PRO SING DATE--230CT70
-:C-IRC ACCESSION NO-AP0129223'
ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. SHORTCOMINGS OF THE TABLFS OF
C014STITUENT ARGUMENTS USED FOR THE PRECOMPUTATION OF TIDAY CURRENTS WITH
TRE AID OF ELLIPSES ARE DISCUSSED. A NEW ME-THOD IS SUGGESTED FOR THE
PREASSIGNMENT OF ASTRONOMICAL ARGUMENTS, 1. E. THE GRAPHIC METHOD, WHICH
ELIMINATES THE DEFECTS OF THE FORMER METHOD BASED ON THE TABLES. A
COMPARATIVE ESTIMATE OF THE ACCURACY OF PRECOMPUTING THE TIDAL CURRENT
IL
ELEMENTS WITH THE AID OF THE ANALYTICAL,UP, GRAPHIC- METHODS IS GIVEN, A
NEW METHOD IS ALSO SUGGESTED FOR PRESENTING WIND DRIVEN CURRENTS IN
POSSIBLE TO RAPIOLY~OBTAIN TOTAL CURRENTS.
-..FACILITY: I-NSTI-TUT OKEANOLOGII IM- P-.R.~SHIRSHOVA AN.~SSSR, YUZHNOYE
_~OTDELENtYE4
UNCLASSIFIEO

LW R two 546.8411543.432.062
LUXIN# A. M.p TITOVp Ve I.t~(DECEASED), CURNYSBOVA, T. Y&I, and YEVDoKi-
MOVAt.N. N.
."Spectrophotometric Determination of Thorium with Chlorophosphonazo III in
Phosphoric, Acid"
Moscow, Zavodskaya Laboratoriya, Vol 39, No 10, Oct ?3, pp 1174-1175
Abstracti In the detei=ination of thorium with chlorophosphonazo III in
phosphoric acid# the reaction takes 1~Lace in the internval~of 2-0.003
molar phosphoric acid with Bea--Is law observable up to concentrations of
20 micrograms/5 ml thorium for a reagent:concentration of Z-5 - 10-5
molar. This method makes it poosible to4narease the,zalectivity of
thorlum determination in comparison to Zr,:T1, Fo. azt, other metals and is
also moro selective than tha:.zethod using hydrochloric acidi This method
has been used for analysis,of.sonazite ores. Two figures, one table#
tbree bibliographic references*

U'l.;
~CL AS 5 1 F I ED:: PiWGESSjt4G DATE-09LICT70
THE DECAill-"W;ZlZATI0,N 0Yi%f,'w.ICS Of- A MOLTLN
I i E T At
I I 4"j, i'. V.YtJ., SU,-~.GUCHEV, G.O., DERKACHEV, YE.N. MOSALOV,
-1., TiTcV, V.I.
;_UNITRY uT"Trl'rd'-_TMR
A) Rc E- 17- V .VYSSH. ULI-it3l ZAVED., CHERN l"i E1970t 13(l), '167-71
kT-E--PUBL lShED------70
10JECT AREAS-MATERIALS
FPIC-TAGS--DECARSURIZATION, LIQUID METAL, S ATISTIC ANALYSISj OXYGEN,
T
A B 0 NFLUID OYNAV11CS
L mAIMING-No RESTRICTIONS
~MQ41` :CLASS
.-UNCLASSIFIED
STEP NO,--UR/0148/70/013/OOL/0167/0171
RC.ACCCESSIGN Nrj--AT0050601
UNCLASSIFIED

u3Q, UNC L KS Sl F I E D PROCtSSIMG DATE--090CT70
RC A(zCl-S1I0N 1,40-ATO'050601
ST~~tACT/f-MukCT-(u) G-P-o- ABSTRACT. REMOVAL OF C FRO;'I, ALIQ. METAL IS
-,A-- CUIMPLEX Pki'CESS, NC-IT ALIWIAYS SUSCEPfl-311_~ T 0 R E,-- 0 GN I )-' E 1) F ORM S 0 F A 14 A L
RESULTS AkE GIVEiN OF STATISTICAL M"AL. OF RANDOM F-Ul-iCTIMS U-EYG. THE
DYINA11-11CS GF DEt~AQot."-~11'-Afln:i o ~: FUSED METAL BY TKE INj,0N0DlJCrjj-~%l ()f- 0.
THE CGv,,lECTl%13;v AXF. OF U AUMN, Atit) RATE Ul:
.(::U(T)-V(T)) IS DUO, ritatic,-i TjIS IS Dlr-r-,lCUi!.T IN VIE,-! G[:,TliE HIULTIPLE
'PROilAbILITY SUR~ACFS OF Flii~ kA;'liD.JJM FUNCTIONS,: ANO HEINCE, Li*.jLy ri-jr-
S,,liMPLLST APPRUIXNS~ CAN 6L EXA."iUs CURVES ARE GIVEN TOI.COMPARI: flil: MATH.
EXPEGTATIW-~' ANO ME'N -,E DEVIATIONS OF~IEXPTL. PIELTS ',111'11 RESULTS
-ACTUALLY T~E- C"CUNTENIT EXERCISES.blILY A SMALL E-FFECT ON THE
M47-H. EXPECTATION 01' VIT). rJECAR8,1JAIZATION 1,S A NONSTATIGNARY EFFECT
IfPR STEEL MELTS, O-WING TO A C014BINATION Of, INTERNAL COMP.N. FACTORS.
UN C LS S I F I E D

USSR UDC: 621.~1306 .69:621.371.412
AKSHIN, A. I., VINTIOVK121, S. I., TITOV, V...I.,TOKAREV,~G. A.
MOW
"Effect of Ionizing Radiation on the Piezoelectric Prop~rtics of (Quartz
Plates"
sb. Radiatsion. fiz. nemet. kristallov (Rad-ation Phyoalcs of flonmrztallic
Nauka i Aelchn. 1970, -D 220-229
Crystals- colle ct ion of iror~;si, 1,.Uhsk,~ P
(from ldh-Radioteldnika, No 2, Feb 71, Abijtract No 2v483)
Translation: An was made of the change in,fundamentall piezo-
electric Droperties of A2- and M-cut-quartz plates at roon, temnerature
over a broad freqU2-ncy range (300 Idiz-10 1C )-exposed to!X-radiation
Z
(,E-.- -400 kev) , gamma radiation ((,'o-60),.a stream of electrons -with energies
of 0.2-1.0 and 2 MeV, protons (6.3~M6V) and air)ha Darticleo (2.5 MeV).
It is shown that X-rays-and gp-,ma,r ays have an ,effect on the
one hand, as dareiectrons of various ener es on the other hard on changing
91.
t
the natural frequency of A71-cut quartz plates at doses ofi.-2-106 rad. Four
-illustrations, bibliography of one title. N. K.

-777
ACC Nr Abstracting Serv e: j/ Ret. Code
ic
)W50042 CHEMICAL ABST. t~r -7 0
9439lq Inieractlon of a hifh4rP utze dizebuge pikuna with
the Surface of some di 1e In 3~,. .4
Guzhg". Isa v L. 0v ev
(USSR). 2 , j~_t'4ARtM7..--
Aa cxpt. was performed, imitatin the* et1o the Ionic com-
Ponent of the upper'atin. on - some Iclec.,. materials ~ (satellite
slarfaces) prinent'jn 4'plasma OF a*, 1 -frequency. discharge,
h gh
Optical properties such. as reg Woti tmttstnfttanc~ coeffs.,
and
Of a series of dielec'. materials -v eTe de in ionic pWm" of S-10
td
"ev encrgy,. The r .ection c9 il~ Of lelecs. in the visibli range'
d
decreasedmakedlydu~.tointe Wo Ith 04" N*.~ 114*,~ or He".
The effect of 0* w*s the greatest- 11MJR .4
z G
Rvlr
F R_ M- E
- 1"d