SCIENTIFIC ABSTRACT SLYSH, V.I. - SMELYANSKIY, V.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002203110001-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

1UNFA, I ~4 WM*7; .411;:U 11'

'038 UNCLASSIF-Ho PROCi~SSTW~ DATE---160CTIU
Tt',E-;,~-L ONG WAVE COSMIC RAOIU EHISSION IN C,,IqBIJMLUNAR :'SPACE -U-
'AUTMOR-i.02)-GRIGORYEVA, V.P., SLYSHt V.il
OF INFO--()'.'#SR
~Sd~RCE-KOSMICHESKIE ISSLEDOVANIIAt VIOL. I,# NAR-APR* 1970, P. 284-289
0 4 T EPUBLISHED ------- 70
3UBJECT AREAS--ATMOSPHERIC SCIENCES,
SPACE TECHNOLOGY
0 P I C. TAGS--COS,141C RADIArION, RADIO EMISSIONt LOW~FREQUENCY,
'-41._,..l_'.MAGNETOSPHEKE, INTERPLANETARY 'SPACE, ~LUNAR ENVIRONMENTI(UILUNA 11 LUNAR
"~~,~'~_PROBE -JUILUNA 12 LUNAR PROBE.
CONTROL MARK':NG--NO RESTRICTIONS_
MENT CLASS--UNCLASSIFIED
1994/1750 STEP NO--UR/029.3/70/008/000/0264/0289
0

0-38 UNCLASSIFIED PROCESSING DATE-16OCT70
..A. CESSION NO--AP0115579
C
(
li.~':':ABS,~#(RACT/EX7KACT--(UI GP-0- ABSTRACT. RESULTS OF MEASUREMENTS OF THE LOW
AEQUENCY BACKGROUND -COSMIC RADIO EMISSION AT 965 AND 200 K f4Z CARRI 0
E
N
-OUT 01 THE ARTIFICIAL,MOON SATELLITES LUNA I'l AND WNA LZ. IN THE CASE
RECEPTION GY A SH04T DIPOLE ANTENNA THE RADIO E14SSION At 200 KHZ IS
1-:NTIRELY,ATTRIBUTABLE TO SHOT NOISE OF THE INTERPLAPIETARY PLASMAo WHILE
EMI SSION AT 965 KHZ I S ONLY PARTLY ATTRI BUTABLE; TO -41 S FACTOR. THE
JR IN THE MOON'S N THE
.010-Ei4tSSION LEVEL SHADOW IS CONSIDERABLY LOWER THA
~,~R.ADIO EMISSION. A :DECRIE.ASE IN THE
-LEVEL IN THE ILLUMINATED REGION
"BACK GROUND 'RADIO EMISSION
INTENSITY AT LOW,FREQUENCIES IS CONFIRMED
'M3~RADIO EMISSION FROM JUPITER AND OTHER SOURCES i.ExcEpt THE SUN) 111TH A
FLUXIGREATER THAN 10 TO THE MINUS I9TH'W-SQ'M-HZ'lS NOTED. A SHARP
-INCREASE IN'THE RADIO EMISSION IN THE TAIL-OF, THE,'EARTHIS IMAGNETOSPHERE
jS OBSERVED.
LINCLASSIFIE.0

WTALUICICAL fEATVAU, OF PLX1;RA-A;tC RL'tLTING OF HICA-ALWYED STEE1.1; IN
WMR-COGLED CUPPEA CRYSTALLMR
jArt I CIE Y. 1. Lakotvkiy,'-
Moscow; &v V tA&
Myteris'l-'41v, art, 73,
The purpoir of all modern srociai clectrowtailulitral --tefe3ser. Ix
to raduCl the concentration of impurities ill the =-~tai mWpjo4uc.4bi&#.
quality Injet.
by which this goal can be accomplished are frv. 7he nur)jer
can be,redwcald.to tho following four ill.
1) Inert ff&C3 and SIA95;
Z) Intrew the tetVeraturv of the metal;
vacibov;
4) Itterygtal I ization of the metal.
Plasma-are remelting (PAR) is a process that makes. it possible to %a*
the largest ftuOer ~f mcans of refining metal.
In this; method, in contrast to electroslag MR) . vacuum-arc (VAR)
and electron bam (1191t) rcmeWnt, the matn technological spht for acting
on the liqui d metal Is the gas phase.
Rogearch and Industrial experience in the use of PAA show that or the
many vervions of the method the following four are most Commonly usedi
1. Arfining remelting in vi inert Sas simo&phere.
2. Remelting, combined with plasma-hydrojen deoxidistion of the octal.
3. Plasma-are remelting with slag,
4, Remelting, combined with nitrogelt saturation of steel.

USSR UDC 533.q
VAGNE R S. D. KAGAN, YU. M. ,
"Electrical and ODtical Moasurements~in a Pul.3ed Disthar-e in
C>
Helium. V
L
Leningrad, Op-til-ra i Srektroskopiya, 11o 6, Doc 71, Pp 876-880
narame'ers directly before the beginning of de-
Abstraot: Plasma
loniz on were me-asured in order to study the process of the
afterglow of a helium discharge- A pu-l,,:ed discharge in a cylandri-
scharge tube of length, 20 cm andL diameter, 10 with cylin-
7drical cold electrodes was investigated. A pulsed generator -u-.--
plying urre4t of 20 uaec duration .Ath
rectangular pulses of, a
repetition frequency of 70 Ir., ply. The
w as used as a power sap
ado at current ejaplitudes ir
measurements were n, 41 , i t, h apulse of O.,C),
3.2.,,and 3.6 and at helium pressures of 2, 5 snd 10 torr. Tiro
cylindrical probes of length 5 mm and diwiieter 0.2 Mm oriented
along the PXi3 were inserted-into the tube. The loncitudinal
electric field strength E and the electron tertiperati.tre ware
m easured ~-ii' h thoze -,;rcbes~. "he atordic spectinza ..1-nd the q
ont.:-, u-
ous spectrum observed under these conditions were also measured
.1/2

JSSR
VAGNER S. D. et al, O-Dtilka i S-oektEos1ko2jya 71, DD
No 6, Do,
876 880
u
in addi't.ion to the T)robe moasuro_ent3 The elec'ron aoncent-rotion,
the I
the aton, concentration, B, and Tj3-wero maoured . a, ower ex-
1 21P, , 23s, on
cited levels 2 So, and 23).FO -Me vadial di3uribu-
of, the imensibies of :~:he lines 5016, 7261, -3&~'9, 5;-"'76, and 7065
was also measured. The absolut'3 intensities were mezourod for
several lines emitted frm levels with najor queml.;-una- 1rambers 3, 41
and 5, and the balance equation for these levels -..:as tested. The
energy, difference bet-ween levels wi- the oame i-ftajor cuvm-Guum nuriber
h
Was mot great and nutual t r,--n s i -bl _5 o n sexisted beti-reen -Uhem. A co,-,I-
-lie s L of
ween the nimber of excitation eventus and t 1- -1
parison bet
~d events shows that the difference. in the majority of cases
-ia- w-fth
does not exceed several orders. c'L nagnitude. It ir, noued t1
an,increa3e, in the major quantiLm nuWbdr, the role of nultistage
74onization becomes -predominant in aomparison with IV-lie decay Of
levels through radiation.
2/2
124

Acc. Nr.,
Abstracting Service: Ref. Code
045164 cffEm,
CAL ABST.
UR0111
udik&a,
tic
er filtir,
Bronze and steel P ?es wer san a:31ted an. d pnor to
with'feinforced pq~lymet PLD
bonding, Expts_~Yere can cted
and PLT films JPLD is,a, polyamide 110.plastici;ze&`%~ith ru~hber
(HI), and PLY a PO)yPy-
V), l;2-C,Hi(NH_,)2-1 3-CAW0,H)q'~V) copoly-
romellitimide Q
mer, 3,3'-dianiinodiphenyl sul(one (VD-V Opolymer,j. and
2-MeCcH4,NH2-V copolyiner. 71w,V-VI coNlymet kind the,,' high-
est adhesion to bronze. Bronze and teel lates wiro best bonded
P
by K-139, and PLD, PLT, and I.V,Iilms were bonded to bronze
and steel plates by K- 139 and K- 1;" 56. CKJR j

T7 1 77 77.
USSR UD c341.49+514y.v,41
TOROPOVA V. F. OF-VUS01's R. A.. UEL"YEVA, 11. l.v,SlAVSAR-, V.,
if.
vith
~"Investlcatlon~of cdnplex CGW=ds of'Dithio Loids of Pboulphoxin.
Bivalent Nickel and Gobalt Ions pxi~d ~Ap n wi-
~licc~W)A: of the *4ratt;Fqu%tlw ~h
Olp constants to the C0.2T)lex-Farlp-ing fteacti6nsl'
Leningi-val zlj=lal obsilchey Kldiaii# vol 42(104), No 7, j!-a 72~ p1) 141,15-14059
Ab,-.-trac lf, s Complex coipaurA-3 of clithto 'I'Ads of Pho.%phorliz with billalent
sltlon ard, ntaW lity const-,.,; it-
zickel and wlal~ iors were *tudied. TPO Compo
ol'- tna complexes were dete=bm-,~d in 90% Othwlol-"ater at arl i0rac
stnangth of 0. 3 and a tempenature of 25'Cli It was ohown that ilie et"abi U, ty
onstants log of the complexes conforn, to the Hj mt3'4,t aqvation iilth
C
constants specifle cons-Lants of the subsiAtuonts asapCi,-Add ",--lth the
-phoophr-srus atom Ir. the dithie acid itolecule Con:tal.,AM n pari~-,iiptors
-COMPired forthe reaction sexies of Complex compounds of ditliio acids of
pbosp~borm Olth -loilm of various 06talo,

RA Code:
Nr-.-.,, Abstractin Service:.
F 9
ST.
4217. C H E -N I I CAL ALB
7.12481 Complexing in cvpric
th..., and culwic nittate-2.h,~fta4methvlbexizqtlxiawk--
C
methanol syst-Ims. -,Sly
r t- a
(Kiev. Tekhnel. i~~ __Tiiih
I _t R
Neoyg. K4 ( I wt te "n7n-1, I
j (I 1~,Ied SPL-Z-
troscopically that 1:2 w"1 I*~a~ifig an ~instaW D;'y carist.
1P ex I ~
of 4 X 10-11, is forned bet- ands
kveen CLI(
thiazole (t), in WOH sola rptign ma:K. of ~ U YO()
Nbso
and 10,800 cm correspon to trall$Ition, and ~rjdicate (lis-
is'-. stable,:thim an ~an-
torted octahedral structure o 1. 40re
alogous complex off Cu(NrOs)2 With." 2-tnethylber~~,thiawlg,-
RHEL/FWIE
__1971086ro

-AP00470
Ref Code:
USSR tWO b2l.
-hni-
-CHERNEN-KO. N. T., Engineer .-B ~_,"M* TAO, aihdid&te of Te;-
ZZ
Cal 4d~*nceE d SLYUSARiWtQ
~St~renjxthaning of Large-ScaLe Machine :Oc)mponents by Surface
Iiirdenine,' (Experience of the Staro-Kramatorak Machine Tool
;F _P iMeni-Ordshonikidze)
Moscow, Vei;tnik Mashinostroyeniya, Nb 1't 1970~ pp 42-44
Alistractz Investigations on the efficiency of surface hardening
-large scale machine components, and on the effect of scale
of
f4cto'r,for a wide variety of part.s made of- cairbon, and alloy steels,
are.,_de6cribed. They were conducted jointly by- thii, S t ara -1tram, q -
rqsk - Machine Tool. Plant and the -pentral Scitl:riti,'-~'L'c-'Re*'-s--e-a-rc
IM
T
Techni-
ro in
-qao ~harderdng -y of components are
g use
te&,. The.effficiency- of strl~rqthening.the Machine compo-
ne~qts' with chamferst preAs fite !My, Ways ate, and components
Reeiftaue:
gkl

W.
voo47041
subjected to alternating loads was substantiated by the results
of tests, which are presented in tabLes, in the form.of the en-
,durance limit and the effective coefficient of atress concentra-
I.-tions., Itis stated that the examples of the application of
trengthening technology presented here.give an idea of the in-
co:M atio this progreBsive technology at the plant, while
or n of
IIV -ad, atpresent time, for substi--uUng
i' 'eitigations are conduct
the- hardening of large sc;ie machine~components~;by cold plastic
et rmatio a*,fcr the laborious themaL hardening. Original
d
6
arti*le has 2tables.
c
19790481

USSR UDC 546.185
SLYUSARENKO Ye. I. MAYMAYLIK, S. K., GAMALEYA, V. F., and SHOKOL, V. A.,
Tn" Ps r3wt Ou t em- ~c Chemistry, M- rain ian :Academy of Sciences
"Derivatives of Isocyanatophosphoryl Dichloride and Diisocyanatophosphoryl
Chloride"
Leningrad, Zhurnal Obshchey KhImii, Vol 41, No 11, Nov 1971, pp 2,383-2,386
Abstract: The dialkyl e,--ters of alkoxycarbonylamido- and ureidophosphoric
"ex
acids have contributed a nwnber of substances with insacticidal and comp.
ing properties; this suggested the synthesis the monoalk-yi esters of these
acids. Alcohols and aniline, and also alcohols in the p~:esence of triethy-
lamine andwater, and triethylamine alone, react with isocyanatophosphoryl
dichloride; this produced the munoalkyl esters of alkoicycarbonylamide- and
3-1pfienylureidophosphoric acids. Alcchols, mercaptans, thiophenols, and
aniline react with dii-socy-iatophosphoryl chloride to form 0 acid chlorides
of bis(alkoxycarbonylamido)-, bis[(alkylthio)carboiiylin-,ido]-, bis[(phc~ayl-
th-io)carhonylamido)- and bis(3-phenylureido)phosphor-4c acid-s. The hydrl)lysis
of these substances yields fre-- acids. Sixteen compo6nds were synthesized.
Procedures of synthesis are given, along with some physical data an the
esters.

USSR -26, u8
Um 547
GAMALEYA, V. F., SLYUSAITETMO, Ye., I., and IERKACH, G. I., (deceased)
'tDarivatives of rsocyanates-af m, phosphoric Acid"
Leniugrad, Zhurnal Obshchey,KMmii, Vol 41., No 5, MaY 1.971., PP 992-995
w. 1:
Abstract: Di--and triarethanas 'were synthesized by the reaction of diesters
of isocyanatophosphoric acid writh glycols and glyccrinea This same group of
diesters react with amino-alcohols to , give the corresponding phosphorylated
iirethane ureas .. Variou3-specific compomda vere s~mthesized by these reaction
series; physical data are given.
VI

177
uDc 632
USSR 9 5
KONDRATYUK, V. I., SLYUSAREVKO, YE. I., and DWACHJ G.
"Biological Activity of Methyl Phosphonic n-Chlorophenyl Fu3ter 311-carbalcox-yaaides"
Fiziol. aktivn. veshchestva. Resp. mezhved. sb~ Zphyziol(),:~-icallly Active Materials.
Republic interdepartmental Collection,7, No 2, PP 37-40, 1969, (Translated frcn
3 N61b)
R--fera:tivnyy Zhurnal Kh:L-,aja, No 3, Vol 2, 10 Feb 70~, Abitract No
Translation: The insecticidal N-carboiaethW-., N-carboethoxy- wid N-carbolso-
propoVwtideo of methyl phosphonic acid n-ctaorophenyl ester halre heLh toxicity
0 Oral LD of, these compounds -Par, mice and rats is beteen
for mammals. The acut
50
14 and.22 mg/kg. The toxicity and aaticholinesterase activity of the3e conpoundo
is higher than those of avenine and.K-20--35, similar in StrucLure. The mitotic
activity of the three N-carbalcoxyarfildes is weak.
P. V. POPO'T

I Z 006 UNCLASS I F I ED
-!FlfLE--IF A C C M V Ai 4USf ~$UILU A61,UDGE -U-
NY
-,AUTHGR~(G2)-SLYLSARLVt A. i LHERKAY, P. ww-~t,
--ICCUNTRY GF INFU__USSR
QU"CE--VGYLN,%'YY VESTNIK, iNO 21 1910t Pp 9c-92
E FUEL I S~-it: 0- - - - - -70
S U13J E C; T~AREAS-M.E_CH., INO., CIVIL A.D ARINE ENGR
--PREFABRICATED RR -CGNlJRUGTfON:t GONSTRUf,
T fOGF, 14 1 L I T A RY:
GPIC T AGS T I OIN
AMPH1610U.S TRACKED VEHICLE, (MbAT PWAU LOINSTRUCHON
::AAC HIN E RY
CMCL: MARKING-NO -RESTR ICTIGNS
DOCUiWIT CLASS--UNCLASSIFIED
P~',OXY STEP NG.
R C A', C. I i L

V Ui4CL ASS[ F I ED PiRCC E- S S 1 1 13 DATE- 20 .,%11')V7 0
P 0 13 G, 10
'Gj RC ACCESSIC,"? NO-
AB ST R AC T / C X T R AC T-- I U ) GP-0- .4% 3 S T k A C, T T H C- SURVEYEG 0 f ~ R C V C R
SHOULD 8c* MARKED OF F , ,i I Til i %ARKERS GN THE & R 10 t' J'E A, p P C I V-: J U 5 THE
COMPANY Ex"Ei'CISEV I N 4,~GGT 1, Ic.;i '1L1 THE- bVLEGE TRAINt *ii ILL I - 2
RGA0 LAYERSP ~ K-61 T.-ACKED At-lPHfl3iGLJ5 PERSONNEL 1, R~'k I E R A.N X,') N-W
'iAr
TRUCK CRAt-)f:, TW,!;` TO 1-1.`UR LCE
'AMPHIBICUS REC0NAISSANCl: VEIACLE, A
Z- IF'
FOU R, 0 k f- I V E HA L F T-,- N , 1ANG I NCHE S , A T L F, OUR fl,'s SIX Ci Cl,.BA'F~',~ 14-1.6
N G I A.. 3 ti, , L ~ ll',i G 2 0 T 0 3 0 - BREAKING ONE 0' W
CM It mE i E R AN il ICE, f, P;o
BU LLHC k iliS , P LU S S I AL -'iN G 0 L V I C ES A ~rl-;OKUUGN JGW SHOMA) BF WitiC LIN
L
T fi E S I T A T 10 N E L M E NT S 3 N -T H 11: 3 A S t S 0 F WHICH, P~~RSCNi~F A~i.E 1'0
REAC r,. T C- EN L-1HY AIC T I Ct. EP,"k IR ING DAMAGE A, NO fpl~; will-I
-CREWS. THEY SHOULD NOT N~R(;C-T TO L-XT;%h'I-.lSH A WAAMLN,,~
I
FAC IL ITY. RE~;CUE AND kil-CUVERY SHCJOLD ~E "PAR f f GUA.RLY ti I-: L:L OR C? A N'l 4 1. 1) -

UNICLASSf FIE0 PROCFo(SING i)ATE-04DEC70
-FIRST FINE OF ROQUESITE IN:THEMSSR U"
102 --YAR ENSKAY AM.~A. iSLYUSAREVI -. A.Po
6UNTRY OF Il'qFO--USSR
-6RCE--0OKL.. AKAD,, NAUK SSSR 1970, 18(5)t 1138-41
iTE PUBLISHED ------- 70
JECT AREAS-EARTH. SCIENCES AND OCEANOGRAPHYt MATERJALS
.7TOPIC TAGS-MINERAL DEPOSIT, GEOGRAPHIC LOCATIONI X R Al ANALY S I SSUI. F I
I L VER iGOLDY INDIUM
:&W4TROL MARKING-NO RESTRICTIONS
~:4ibcUMENT _CLA$S--UNC,,_ASSIF [ED
33 "'1
..,kROXY~,REEL/FRAME--3004/1287 STEP: NO~--UR/002017GA91
C. I R CACCESSION NO-AT0131742
UN' 1. AS S I F I E 0

2/2 019 UNCL A S S E F I E 0 E: s I
1 RC ACCESSION NO--IkT',131742
'.J(6STRAC T/ EXTRACT- (U) GP--O- ADSTRACTI. R00UE S I T E: WA S F G U 1, 10 1 ~A 0 7:_ E P
HOR-IZONS OF A MIXED PYRITE BARITE GOHRLEX URE 'DEPIJSU~:'. 'riii-_
MINERALIZATION THERE WAS RELATED TO THE, LATEST Sfj'k,%141[~o 11' 1 1-
1: CHALCOCITE-ASSOCN. WHEkE POQUESITF WAS PRESENT AS :Vl~RY _NiVi
.7 11 M) XNCIAJS~GNS AN ~1:klll T T I i E
t0-003 TIMES 0.023-0,003 TIMES 0.0
'MINERAL HAD A. GRAY COLOR WITH BLULSH HUE SOMEWHAT THAN H -4 T l'i'
:SPHALERITE BUT DARKER THAN FAHLOR.E. IT POSSESBED A. 13l:Z;:f:-Rl%'
-AND 1,4&kK ANISOTROPY. ITS COMPN.? 0 E TO .: BY X RAY WAS
RECALCD. a L 1'!~ I CU IE
'NTQ Tt4E FORMULA, CUIN -SUB0 902 S IRN I
T.ENNANTITE CHALCOCITE ASSOCN. ;N THE DE,POS[T C(j'*-3S[l,TE0 -%*IF DISS-e-i'll"iAl
I N BARITE AND VEINLETS IN EARLY FUIE AGGREGATE PYRITE 0'RES* EACH
OCCURRENCE HAS ITS OWN COMPLEX OF RARE RINERALS. $TRJ~il:YERITE, LDA~ :r~:,
"IOF3 IN DISSEMINATED ORE$ ANU
-GERMANITE* AG, AL4 AND IN SULF
__AND. MINERALS OF. THE STANNITE GROUP THEP!E)-I)RF~ [HE ~Eilll~ f.,F
IN VEINLETS.
-IN AND SN MINERALIZATION DIFFEREU-IN SPACE AND PAUJISLY IN TU4E.
~'-,'~~FACJLITY.- INST.
GEOL. NAUK M.: SATPAEVA ALMA-ATA~ U S S.,A .
UNCLASSIFIED

US&i UDG 021.771 :665.521.5
STARECHENK0, D. I., Doctor of Technical Sciences, SLYUS(VLFW~ ill.. T., Candidiate
"'Ag
Of Chemical Sciences, and KAFLANOV, V. I., Candidztte
"Efficiency of TPS-K Lubricant in High-Speed Cold-RollLng of Steel Sheets"
Dnepropetrovs.k, 'Metallurgicheskaya i Gornoxudnaya Promyshlenn)W, No 5, Sep-
Oct 70, pp 21-23
Abstract: Results are presented from tests conducted cn the new TPS-K lubri-
cant letallargicLl Institute and
ahich was developed jointly by the Zhdanov X
the Bryansh Pilot Petrolewm and Oil Plant. The lubricont i:~ being used success-
fully in thin shee".
rol I ing of low-carbon and transforv~er steels, in wire and
adravlng from nonferrous metals, and in the productfon of bent profiles.
t
ub
-ed ji-t the rolling of dr7 strips by dry rollers, and also ~m
Tests.were conduct
itsing,the TPS-4- lubricant with 5j 101 26 ~30, hO, c)-O, -I", ar4 10C% concentrat-
Six asts . weve ilzondu6ted for pux-posea
Uar tc
-.bf 'comparison using indu"AdI-P_,0'oil:,-w#..
palm. and ~cAs

Heat Treatmentt
USSR UDC 669~14,018.53:621.78
L
LANKO,, A. I-, OBLEZIN, A. G., and SLYUSAREV. I. F., Notvocher~_assk Scientific
Research Institute of Permanent Magnets
"Methods of Treating Ticonal Magnets"
Moscow, Metallovedeniye i Termicheskaya Obrabotka lHetallov, No 1, Jan 73,
71-72
Abstract
The magnetic properties of four-pole rotor magnets ma~de oE ticonal
-alloys were compared after heat treatment according tL) a mode currently used
in:industrial conditions and according to a newly proposed method. Chemical
composition of the ticonal alloys was, (in
Co Ni Al Fe Ti Cu 8 Si Nyb
Alloy 1 35 14.5 7.8 34.2 5.5 3 0'. 2
Alloy 2 35 12.4 6.2 35 5.5 3 0,2 0.2-0.3 1
The existing method of heat treating ticonal magnets consists basically in
heating the magnets to 12500C with Isothermal soaking In a molten aluminum
bath (815%) wit17 an applied magnetic field of 4500-5000 Op. The new viethod
consists in &oaking at 1250% for 1.0 minutci3 and then placing the rqagt1Czs
1/2

USSR
LANKO, A. I., et al., 'Metallovedeniye i ermicheskaya Obra-batka Metallov,
No 1. Jan 73, pp 71-72
in a brass vessel situated betw-~n the four poles of the magftetizing unit
with an applied magnetic field of 300 Oa, which is turned on for 6-7 minutes.
As the magnets cool, they heat up the brass vessel which slows down the
-cooling rate of the magnets. The- new method of magnet heat: treatment yields
magnets with higher and more stable magnetic propertiLas than the current
.4 --method. No differences in magnet structure were det:6 ted for the two heat
treatment modes used. Hagnets v~ade usin'-S alloy--:~2 had:; the better properties.
2 tables,
2/2

USSR UDC S38.4
BUTSENIEKS, I. E., SLYUSAREV, N. M., SHCHERBININ, E. V.
IlTurbulent Pulsations in Free Boundary Layers with Even MiD Flow in a Pipe"
M-S6 72'.pp 135-M.
.~Riga, Matfiithaya Gidrodinamika, No Z u
Abstract: This w9rk presents the results of measuremeiit oi intensity of
turbulent pulsations in a flow of an electrical conducting fluid under con-
ditions such that the heterogeneity of the velocity structure occurs at the
center of the flow. The components of the.electrical field were measured
as the fluid flewed through a sqikare tube with two in~;ulators and two con-
walls in a transveise magnetic field oriented diagonally across the
tube. It is demonstrated that.when there are free boundary layers in the
flow, an increase in the magnetic field does not laminarize the flow, but
rather increases the level.of turbulent pulsations.
A
,'MINT MR

7 7 777777777
-7777-7 -7 -
7
USSA
N. M. SHCHERBININ, E. V,
BLITSENIYEKS, 1. E., SLILUSARE-V
IMD Turbulence in Free Boundary Layers in a Square Cube"
7-ye. Soveshch. po IMagnit. GidrodinarrLike. T. 1. [Sevenith Conference on
Magnetic flydrodynamics, Val 1 -- Collection of t'Orks] , Riga, "inatnye Press,
1972, pp~37w-59, (Translated from ReferativnYy Zhurnal, blekhLnila, No 10,
-1972, Abstract No 10 B57).
Translation: The pulsations of the electric field comp6nents ell$ el and
2
-s through a sqLi, re
are measured as an elect--ically conducting fluid fl0i
3 C,
2
tube (29 29 mm ) With tw'-I nonconducting and two, conduiJing.(Copper) walls
in a transverse inagn(-tic field orianted along 011,11SA)f the tube, f or
diag
,r
t1le h
R =. 17,200, and H= 190, 380, 520, calculated on the basIs, ot a I f
:width of the channel.
,LA

7/2. 025 UNCLASSiFIED PROCESSING OATE--27NOV70
C, 1,R'C ACCES-SION NO--AP0127595
-.-,.,,BSTRACT/EXTRACT -(U) GP-0- ABSTRACT. EQ.UAT [~',NS DESCRIaTNG THE BEHAVIOR
H S UP ER p B .4 01
T E,-OROER PARAMETER PHI IN 5 FLUIlY HELIUM NEAR, THE: LA I D P NT
ARE INVESTIGATED BY SCALING EMTHDS IN THE THEORY OF 19KASE TRAMI.ITIONS.
~,-RESTRICTIONS IMPOSED ON THE FORM OF THE :EQUATIONS ARE Fal-liND, IT IS
'SHOWN -THAT THE DIFFERENTIAL EQUATIONS FOR PHI ARE VALID ONLY FOR SOME
FACILITY*
VALUES OF THE CRITICAL PARAMETERS.
-F-',Z-fKO-,TEKW7,CHESKIY INSTITUT NIZKIKI-i TEMPERATURE, AKADEM11 NAUK
UKRAINSKOY SSR.
Jl-

USSR UW: 535.818.9
AWNM, A. I., ANDRUSENKO, A. M., and SLYUBMKI-Y, V. A
"Prism Polarizers"
Kiev., Izvestiya VUZ-Radioelektronika, Vol 14, No 1, 1971, pp 61-66
Abstract: In this paper, the authors consider the problem of th-e passaFe of
an electron, agnetic wave through a, ameCtransit-teration Wicertaln] prism or
Fresnel rhombus with the multiple reflections taken into account. For the
computations, they use the method of direct swtmation of the nultiple reflec-
tions. Me assumption is made that the cross section of the electromagnetic
wave beam incident on the face of the prism or rhombus io much smaller than the
area of that face. Dir--nsiuns of the device to be inve-stigated are cho,jen such
that the incident beam undergoes an integral number of rt,.,flections from the
device's upper and lower bounds, with the beam. in the Bw-e prism undergoizw, an
odt4, of reflections and the beam in the Fresnel rhti-mbus %u:nergoing am
even number. The case in which the wave incident on the.face of the device
has a definite polarization io examined. Thearetical cwtputationz of the basic
characteristics of elliptically polarized vwies vere nuAd,# c= a0L MO-ectroaLu com-
Uli I VI I
I
111114
Mwdih 1140d, I"T 188AM
-MUMUMMMUM I S

2 (120 1 PRO S I G, )ATE -13"OV70
U"'CLASS1 F E D S
OF OJA"TZ ANK) QUAK4Z RESONATON
YAcil-GSLAVSKlY, Mi.1
-USSR
CMUNTRY OF 1AFC-
~.,~:-]"li-6URCE--P~IY,r:'Zf~ELEKTf~ICHE--STVO KVARTSA I KV.ARTSEvYYE RE~ff_',NAT'_~PY, MOSCOli1v
GI YA , 197 SL 2383)'~
-:EN Oj 488 PP
ATE PU3L ISHED~---70
".$uBi cr, T A!)_A-S--ELECTR`fjlCS ANO ELECTRICAL ENGR.t PHYSICS
-TAGs__pl[.ZOELKl'.RlCl_r,Y. RESONATURi QUAR. TZ
'L-'-_M%RKlNG 440 RESTRICT 1014S
LA --W
i M EN TC ISS iCLASSIFILED
E L F "71 F- 3 0 0 00 2 8 STEP 1000,19001000 1/04 813
C i!Rc A c c 'S _i~ i ci4 is
J
J: L A S

:!~2t2 020 UNCL ASS[ F I ED P R GC E S-) 6 DATE-13NIUV70
A C C ES, S I 'D N AM 0 13 3 9 12
MST;'%ACr/E:XT1N-t,CT--(U) GP-0- ABSTRACT. TABLE OF C 0 N I E N T F) PIR E F AG E 3.
INTROMICT ION 5. CHAPTEil, f S G MIE 10 EA S OF APPLIED k`-YS*fALLdGki PHY AND
I I NtA,10i PHYS1,AL PROPE Till N
C R Y S TA L P HY 5 1 CS 9 -11;TIES.,0F
QU.'% k T 2 76. 111 h E SON AN T SC, I L L AT 10 1"i S, OF P I E 10 6 C T R I I- L E M E N T S 95o
IV RAD[GIPHYSICAL CiARACTEr~iSTICS OF LISCELLATING QUI.ARTZ V' ',,A TO P 1,36,
ri
S U N
ICAL PA'AMETERS AND. CHARACTER I ~ST I CS RES01-
M MEASURING ELECT~t
301. V1 .4UARTZ RESONATOR s, i C OPAIPONENT 'C, F ELECTRONIC S:C!iE1-11 338. VIE
'DESIGN OF PIE20ELFURIC UW400ENT 0 F 0 UAR, T Z, k F S 0 N A T OR 1"t E 3 1-1 rFKATURE
S WRI TTEN FOP A WIDE CIRCLE OF SIAENT 1':--fC WU:
4,32.., :THE BOOK WA
-S, WiJiKING WITH TiiE Pi;,EPWJI0N !iN,,) APPLICATION
EN61NEERS AND TECHNICIAN 11
OF QUARTZ IN-STKU,'-1f--NTSP AND AL SO TEACHERS AN D S T UD 61T S 1J.- HIGHER
E UC 171 ONAL V ST I T UT I ONS
ED

~J/3 i031 UNCLASSI r-1 ED PROCESSING DATE--27NJVTO
171TLE--DETERMINATION OF DECELERATION IN BASE RADAR 013$ERVATION OF mc-TEORS
*THQR-(04)-GULMED0Vv KH.D.v KVACHADlEr G*P.v LAGIUTT NM. F. S M AG T N, DM .
':Ct)UNTRY OF INFO--USSR
j0URCE--EZVcESTlYA AKADE!iii NAUK TURVIENSKOY SSRt SE R IYA
~.,~,~~!"FIZIKG---'TEKH~ITCHESKIKH, KHIMICHESKliem r aEOLOGECHESKIKH NAUK, NO 3, L970,
~.d'ATE:PUBLISHED ------- 70
':_jWJclCT ARLAS--NAVIGATION, ATMOSPHERIC SCIENCES, ASTRQ-N0.MY,AST'R0PHYSICS
40PIC TAGS--RADAR METEOR OBS-ERVATIONr DECELERATION, ATMOSPHERE
MTROL. MARKING -NO RESTRICTIONS
'00CUMENT tLASS--UNCLASSIFIE0
'k`kQXY REEL/FRAME -3008/0389 STEP No
:1
_~JR.C-ACCESS ION _lN0--AP0137-'i-F5_
L-r

'031 UNCLASSIFIED
PROCESSING 0ATE--27fNOV7C
ACCESSION NO--AP0137485
-ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. TF.d K HAR KOV [NSTIrUTE OF kADIO
ELECTRONICS, JOINTLY WITH THE INSTkTUTE OF PHYSICS OF TI-11: EARTH A51D
ACADEMY OF SCIE.NCES TURKMEN $SRq IN 1968 iLE-TED WORK OiN A
:ATMOSPHERE
i~ BASE RADAR COMPLEX. THIS OUTFtT INCLUDES SIC HIGHLY ST,413LE TRAINSMITTUNC;
SYSTE4S ORIENTED ALONG A WEST-EAST DIRECTICINt APPRO)tIMATEFLY UNIFORIMLY
K M. THE RECEIVING CENTER WITil A ViJiLSED R4,NGE
OVER A DISTANCE OF 4-
FINDER WAS SITUATED AT THE ASTROPHYSICAL OBSERVATORY AT '14NNOVSKlY AND
WAS. SHIELDED BY MOUNTAINS FROM THE DIRECT WAVES OF THE TRAiNSMITTERS,
!.'-THIS. PAPER GIVES THE RESULTS OF DETERMINATfONS OF THE: DC-CELERArION OF
INDIVIDUAL METEORS I'J THE EARTH'S ATMOSPHERE 014 THE, 13ASIS OF
4EASUREMENTS MADE DURING APRIL-MAY L969;. ASSUMING A LINEAR
APPROXIMATION OF THE CHANGE 1111 VELOCiTY, V WITH TIMEP THL-: LEAST SQUARES
METHOD WAS USED IN COMPUTING 111CAN METEOR DECELERATIoll., FOR a4 METEaRs
REGISTERED IN THE MIDOLE SEGMEINr OF THR TRAIL OECEUERAIAON WAS MEASURED
AT NOT LESS THAN THREE POINTS ALONG THE TRALL AND WAS 33 KN-SEC PRIME2.
:-i,:--TfiE -MEASUREMENT RESULTS WERE ExAM;lNFD FOR DIFfEREN4 11FLOC(TY RANGES:
-25-353, 35--45t 45-55v 55-70 KM-SE'o A TABLE GIVES ALL PERTINENT DATA:
N, NUMBER. O.-~ PROCESSED MEASUREMENTS, BAR:' V' NEkN VE:L.fj-C[TY, BAR Ai MEAN
DECELERATION, AND DELTA BAR At HEAN SQUARE ERROR IN BAR A. THE
DETF-R)JIMED DEPENDENCE OF ACCELEkATION GN YELOCITY IS COMPARED WITH THE
DEPENOENI_~'E OBTAINED BY F. VERNIAPil (SMITH CONTR. V0 ASirROPHYS., 19,66).
JN BOTH CASES THE DEPENDENCE WAS THE SAME AND ApnrixtIMATELY LINEAR.
J~
oaf,-.. C s i F 3 E 0

1*313 031 UNCLASSIFIED PROIZESS14G DATE-27NOV70
1ARC , ACUSSIGN NO--AP0137485
~.A~'BSTRACT/EXTRACT-IF IT IS FOSTULATED THAT 40 ST REFLECTION STAFISTICS
APPLY TO THE PART OF THE TRAIL WITH MAXI MUM ION17-ATION (OR CLOSE TO IT)*
J' F Y E Ll -5 OF
1 S. SHOWN-JRAT ONIE CAN MAK& A. TH~OkETICAL, 0ETE0l[.,04TI(!hv 0 H 0 S
-T
E:i, WOUPT-OF1.11.4
TWAL __TTUDE~ TTR, _!G EASPREDiMErEWLS'.~
FOR 39
-S WE-~AIJTkORS- --0,lJN0--- 874 -'-V E 0 U A L- --I';-A: AR ti EQUALS
54 KM;-'wSEt'!;! bEL
~_tdol :~ R
- OLU~ OR ~MfXJUS (). 17 K,'I; DELTA V AP.
2.55 V"OELTA H EQUALS '.1 PLUS fl- R M rVJ S
0.1 KM-SEC. THIS MEAN' VALUE OF L 1) Or- VE1.10CITY WITH lAi_riruo!.:: is At,,l
ORDER OF MAGNITUDE GREATER THAN THIP ~;ORRESPONDENG V ALUt: COMPUTED
=PR POINTS ON A TRAEL CLOSE TO THE RGgNT OF MAXIMUM
I:- 1PN I ZAT I ON. ;:ACILITY: INSTITUTE:OF PHYSICS ' OF THE EARTH AND
AT M 0 S P N E-, R E ;C"0EMY OF SCIENCE:S TURKKEN. SSR; ASHKHAIMD.

:PROC~t$Sllq~, DATE--3COCT70
UNCL""ASS'l FEn i>
METEOR RADIANT AND: ALTITUDE IN CONTINUOUS HADAR
lliBSERVATIONS -u-
-**611OR~(041-GULMEDOVS KH.D., LAGUTINt M.F. SMAGIN, D.M., KHANBERDYYeV,
'~A.KH
I-C IfUNTRY OF :INFC-USSR
RCE--ASHf(HABAD,-lZVESTlYA AKADEMIl NAUK tURKMENSKOY'SSR,' SERIYA
'TEKHN.ICHESKTKK--- KHI14MCHESKI:K'Wf GEOLOG'11CHESKIKH NA Kt NO 21 1970v
~u
iT-.E- OU6L~ISHED~.,: 70
:"SLIBJECT AREAS--ASTRCNOIJY,ASTROPriYSICS, NAVIGA.'IGN
." TOPIC TAGS-METEUR RADIANTI RADAR METEOR CBSERVATION, REFLECTED SIGNAL
_tENTROL MARKING--NO RESTRICTIONS
1C U.14 EN TCLASS-UNCLASSIFIED
..PROXY REEL/FRAME--3001/0104 STEP NO-0/0202170/UOUGOa/0016/0063
CYRC ACCESSICN NG-4P0125926
1114C L A

0~8 UNCLASSIFIED' PROCESSING DATE--30OCT70
R CACCESSION NO--AP0125926
kBS~TRACT/EXTRACT--(U) GP-0- ABSTRACT. THE AUTHORS, OF THIS ARTICLE
~1--PROPOSE A METHOD FOR DETERMINING THE RADIANT's DECELERATION AND AITITUDE
OF A METEOR DURING RADAR OBSERVATIONS IN A CONTINUOUS RE%GIME; IT
REQUIRES USE OF NO ADDLITONAL ANGLE MEASURING DEVICES. THE INITIAL DATA
WERE THE RESULTS OF ANALYSIS OF THE AMPLITUDE AND TIME CHARACTERISTICS
WAS DEVELOPED 13Y THE ASrR PHYS AL
-OF REFLECTED SIGNALS. THE hirr-THOD 0 Ic
LABORATORY IN THE PROGRAM OF JOINT RESEARCff BY THE KHARIKOV Ii STITUTE OF
RADIOELECTACNICS AND THE INSTITUTE OF PHYSICS OF THE* EARrH AND
ATMOSPHERE ACADEMY Of SCIENCES TURKMEN SSR. USE OF.THE CONTINUOUS
'0.
~~,:_OBSERVATION METHOD MAKES IT POSSIBLE TO COMPUTE METE R VELOCITY WITH A
HIGHER ACCURACY BECAUSE THE REFLECTED SIGNAL HAS DIJ*FRACTION
"i'~QSCILLATICNS TO THE REFLECTION POINTS WHICH ARE LEAST SUBJECT TO WIND
INFLUENCE. HOWEVERv USE Of CONITNUOUS:RADIATION COMPLICATES
DETERMINATIGN OF THE DIRECTION COSINES OF THE TRAIL. IN rHE CASE OF A
PULSED SYSTEM THE RATIO OF THE DISTANCEIBETWEEN REFLECTION PUINTS ON THE
RECEIVERS AT THE
,TRAIL TO T~-E DISTANCE SEPARATING TWC CORRESPONDING.'
EARTHIS SURFACE IS EQUAL TO HALF THE COSINE OF THE #'tNGLF BETWEEN THE
]FDIRECTION OF THE TRAIL AND THE LINE.CCNNECTING THESE RECEIVERS. THIS
-'..OCCURS I~HEN THE RECEIVERS ARE 5-3 KM FROM THE TRANS,itTTER. WHEN USING
-THE CCNTINUGUS RACAR METHOD THE DIRECT WAVE 15 ATTENUATED BY PLACING THE
RECEIVERS AT GREAf DISTANCES FROM THE TRANSMUTER. TENS GF KILOMLTERS
N COSINES
MAY SEPARATE THE EXTREME POINTS. FOR SUCH BASES THE DIPECTIO
THE~TRAIL ARE DEPENDENT NOT ONLY ON THE SPACING OF REFLECTION POINTS
THE TRAILt BUT ALSO ON THE SPATIAL POSITION Of," THE TRAIL.

PROCESSING DAT-c-300CT70
313 028 UNCLASSIFIED
~,-CIP,C. ACCESSION' .1,40-AP0125926
'~-ABSTRACTIEXITRACT-IN COMPUTING THE ORBIT IT IS NECESSARY TO KNOW NOT ONLY
THE VELOCITY VECTOR OF THE METEOR# BUT ITS DECELERATION AS WELL; THIS
-REQUIRZS A MULTISTATION MEASURING SYSTE14 FOR MEASURING APPARENT
VELOCITIES AT SEVERAL POINTS ALONG THE TRAIL. THE ARTICLE GESCRIBES A
COMPLEX. FOR FIVE SPACED TRANSMITTERS AND A RECEIVING REGISTERING
APPARATUS. FCRMULAS ARE DERIVED AND AN EXAMPLE UtED IN ILLUSTRATING THE
METHOD FOR DETERMININZ THE COORDINATES OF THE RAD[ANT FROM THE DIRECTION
COSINES OF ThE TRAIL. THE ARTICLE THEN DESCRIBES A 5114PLE PHASE METHOD
FOR MEASURING THE ANGULAR COORDINATES OF A METEOR TRAIL BASED ON A
DIRECT COMPAMTSON OF THE AMPLITUDE TIME. CHARACTER Lt T1 CS OF THE REFLEcTEI)
SIGNALS. FACILITY: INSTLTUTE OF PHYSICS OF TH4 EARTH AND
-ATMOSPHERE, ALADE,%IY OF SCIENCES TURKMEN SSRo
T"
UNCLASSIFIED

USSR um 621.115.4.ool.
SMAM3 if 10
culation of a Wide-Band Stage for Amplification of Harrl,)nic Signals With
Cal
Endtter Correction"
2rovodn. pribo-,y v tekhn. elektrosvyazi (Ser.:Iconductor Devices
V ab joly
in Technical Electrical Commun i cat ions-- collection of u'OrLs)' MOSCOW,
"Svyaz"',_ 1970, pp 45-48 (from TM-Radiolekhnika 140 1, Jan 71, Abstract
No.lD91)
Translation: A method is pro-posed for calculating a stage with emitter
correction by- using graphs plotted by the author. Three illustrations,
bibliography of two titles. lliesum'e.
WIN 'if
N 1 1 " UP I H ".11 ; 11 "I '"I'Mi
I M

"11HIMIMER11111 10118MIRMI
Code:
A? 0 044841Y V
Acc i
~RLMARY SOURM. Klinicheskayg~~4editsina, 1970, Vol 48,
Nr P
p
SOME FEATURES PECULIAR TO THE ORIGIN AND COURSE
OF CHRONIC PANCREATITIS:
Y.jo. smagin, 0. YakbW0E% L. Af. ValewAtevich
Su.mmary
Inorder to elucidate the causess of chronic plancreatitts the at-thors. examined 146 patient-s-
The most frequent cause was the preience of previoui chronic diseased of the biliary tract.
(60.20,'a). In 13,7 per cent oi cases.pep0c ulcer preceded, in 13,7 per cent -- .cute pancreatitis,
In 4.1 per cent - epidernic 11C1.136fis, in 5.4 per cetit - cholecystmlomyiod if121.7 per cent -
different operations in the abdominal cavity, In the study of the.clinical -picture speci~31 zt-
tention should be paid to the so-called latent fb,zTp.f chronic panerleatitis which is nouaiwiays
ffectly, diagnozed. This form of the dise;iae was notod In 11.74t .'eat
kj
is:
REEL/FRAIKE
19771,700
j

USSR UDO: 621.396.6.019.3)
SI&QZ, Yu. Ye.
Test Method for Analyzing the !Toriking Capacitv of
'Possibilities of the t~latrix
'Radio Electronic Circuits"
V sb. VletoL razrab. radioelektron. aDparatjLiZ, No 1 (Methods of Dev-zla,,ment of
Radio Equipment, No !--collection of works), Moscow, 1970, pp 129-134 -11211-
Radiotekhnika, No 7, Jul 70, Kostract No 7-v269)
Translation: A comDarison is made of the modeling methods "which are most li-3.delv
used in stu(kying the working capacity of radic electronic equipm,ent
A
tests, boundaz-f tests and n-atrix tests. The author points out tbe adv.;ntaS;e2 of
the 1&z-t method, which consists in deter=ning the region af workinf.-~ capa~,_ity and
the ratings of elements which give maximum separation betwuen thie operazing point
and the boundaries of the region. Cortaideration is given to the i4tAtomaton principle
for conducting tests. An installation u5ed in conjuncticn vith the "Fromin"
digital computer I's described, as well as an installation pf an improved tyl;e 'Which
0 has been developed. Two illustrations, bibliography:of five titles. N. S.
272

FARM I.
~Vz _01,8 UNCLASSIfteu r9NG OATE-04~-CC70
PuiCESIS
T --SPECTROPHOTOMETRIC OETERMINATION~OF IONIZArKON CONSTANTS OF 6
_JTLE
1-1,1-1 'PRIME ,2,7,DIHYDROXYllyNAPHTHYL AZO -It METHYLANABASINE -U-
ji.AUTH0R-(03)-.SMAGLYUKi N.G., QZHIYANBAYEVAt;R.KH.j TALIPOVit SH.T.
~_CCUNTRY OF INFO--USSR
KHIM. ZH. 1,1370ir-14(2)v 24-8.
--- 70
PUBLISHED---
.fiSUBJEC-T- AREAS--CHEMISTRY
'TOPIC TAGS--SPECTROPHOTOMETRIC ANALYSISs, IONIZATION, HYDROXYL RADICALt
0~_' NAPHTHALENEv AZO COMPOUNDw HETEROCYCLIC.NITRGGEN OMPOOND
KARKING--NO RESTRICTIONS
POCUMENT CLASS-UNCLASSIFfED
~~)PROIIY REELIFRAME--3008/0926 STEP NO--UR/029117C!10141002/0024/0028
-:_~C~ IRC ACCESSION NO--AP0137954
UNCLASSIFIED

2/2 018 UNC LA SS I FteD pRocEssf GG DATE--040EC70
CIRC ACCESSION NO--AP0137954
A3STRACTIEXTRACT--(U) GP-0- ABSTRACT. DISSOCN. CONSTS, OF THE TITLE
-COMPD. (1) WERE DETO. AT 180EGREES BY 3 METHODS. ABSORPTION SPECTRA
.(400-600 W-4) OF 0.002M ETOH SOLN.S OF I-AT PH 0-8,~--9,tll WERE MEASURED.
ABSORPTION CURVES FORM 3 150SBESTIC POINTS. THE 1,51 AT 450 MM I)EPENOS
ON.THE SPLITTING OFF OF THE PRGTD?l FROM N OF THE 0,11fRIDINE RING~ AT PH
SMALLER. THAN 0.82 (ABSORPTION MAX, LAMBDA SUBMAX. 420 N14;t PH LARGER
THAN 2.7 (LA.MDBA SUBMAX. 460 NM)t AND PH 'I-2,b2t PAOTONATED MQLS.*
NEUTRAL MOLSst AND A MIXT. OF BOTH OF THESE I MOL, TYPES ARE PRESENT IN
THE SOLN.# RESPo AN ISOSBESTIC POKNT ~A T 495 NM CORRESPONDS TO PROTON
ELIMINATION FROM THE OH GROUP OF I NEPHTHALENE RING-, NEARER TO THE AZO
GROUP. AT PH 2.5-5 (LAMBDA SUBMAX. 460 NPI)i THE L~ MOLS-i ARE IN A
--8 A MIXT. OF H, SU3Z A AND I
NONDISSOCD- (H SUBZ A) STATEt AT PH 5.5
MOLS. DISSOCO. TO THE IST STAGE (HA PRIME NEGATIVE) IS PRESENT, AND AT
IST~DISS,OCtf. STAGE OF 1 15 F'NISHED.
PH 8.3 LAMBDA SUBMAX. 470 NM), THE
J AN ISOSSESTIC POINT AT 440 NM IS CAUSED:BY REMOVING PROTON FROM IHE 2NO
CH GROUP OF THE NAPHTHALENE RING,: AT~PH 8.6-9.8v,A MIXT, OF HA PRIME
NEGATIVE AND A PRIMEZ NEGATIVE IONS EXISTS IN rHE !'OLN.. THE 2NO
OISSOCN. STAGE OF I IS COMPLETED AT PHLARGER THAN 1.0 (L.AMBOA SUBMAX. 480
NM) BY THE FORMATION OF A PRIME2 NEGATUVE# THE ME4N MVALUES OF I ARE
FACILITY*.; TASHKENT. :G
1.69, 7.88, ANO 8.68. OSUAIIV. IM. LENINA3,
TASHKENTi, USSR.
UNCLASSIFIED

USSR UDC 54 3. 080 543-53
LISOV3KIY, I. P., and 3MAKH'j_ A., Physicochemical Institute imeni
L. Ya. Karpov, Moscow, Statc Committee for Chemistry
"Rapid Determination of Sodium in Organophosphorus Compounds by the
Fast Neutron Activation Method"
Moscow, Zhurnal Analiticheskoy Khimii, Vol 25, No 8, Aug 70, PP 1629
16,
Abstract: The article describes a rapid method for, the determin4tion
of sodium in orgznophosphorus compounds according t0 t1he reaction
23Na(n, P)23
tie. The fast neutron source is an NG-160 neutron genera-
_cr,1-2_sec-1
5.108 neutrons
i. tor Iotax im UM f lux The neutron genera-
tor is equipped with an electroma;lnetic shutter. Tce Samples are ir-
radiated in thin-wal."Led polyethylene ampoules, -which are moved be-
tween the neutron source and the measuring instrumenz. by corilpressed
air. The spectra of the irradiated samples are taken on a scintilla-
-tion detector consi3ting of NIaI(Tl) wella-crystal and an U-49 photo-
~i.tnultiplier. Results are given for sodium 4etermination ir, three paral-
1/2

LISOVSKIY, !. P., and SNAKH'I"11q, Li. A., Zhurnal Analiticheskoy Khimii,
Vol 25, No 8, Pus 70, pp 1629-1631
1 e1 specimens of NaOP(:O)(OC,h HOC H The averal;e, analysis time
0 5 9 18
per specimen was 3-4 min. No corrections were trade 44'cir self -shield-
f specimens and standards during fast-neutron irradlatioa or for
lag 0
gammia-ray quantum absorption during measurement,, The results show
that it is possible todetermine isotopes with a photopeak energy
close to 0.51 Mev aj_-ainst a background of positron emitters in a well-
tal,
c:ry s
The authors thank I. K. RUBTSOVn for providing the specimeas
and A* B. DZE~UTKEVICH for mounting and adjusting the neutron flwc
monitors
;'2/2

Analytical cherilistry
UIS SR UDC 54.3-253
LISOVSKUY; I. P., and aU. L. A., Physigochemical instiLute iineni
ittee' f or. rchvm is t ry
L. Ya. Narpov, Moscow State Cimm
Simultaneous Determination of Phosphorus and Chlorine in Organophos-
pounds by the Fast Neutron Activation Metiod"
.~phorus COM 9
Yoscowp ZhurnaL Analiticheskoy Khimii, Vol 25, No 8, Aug 70, pp 1625-
~,1628
Abstract: The article describes a method for the simultaneous deter-
mination of phosphorus and ch4lorine in organ ophosphorus compounds
using fast neutron activation. An NIG-160 neutrnn generator was used
as. the fast neutron source. 14axim= fast neutron flux was 1- 5-108
2 -1
i neutro4lis/cm-
_sec , but a smaller flux was used for irraaiation. The
flux was turned on and off by means of an ellectromagnetic snut-
with - ve rri cal arrangement, of".1 he eleidtrdmagnet ~&~xis.' The samples
-1a I-a and d Uess steel
:~-.nd t a- 5 were i~-Mldiated in threaded amPoules of szai-,
noved between the neutron generator and measuring instrument
mpressed air. Irradiation, moveu an. po ul e a,
ment of Lime delay be-
by
1/2

USSR
,. :,_LISOVSKIY,, I. P., and SMAKRTIN,.L. A., Zhurnal Analiticheskoy Khimii,
-.Vol.. 25, No 8, Aug 70, pp 1625!..16-28
tween the end of irradiation and the be ginning of mea3uremeaz and. the
;1 -_recording of the spectra were effected, automatically., The pno;3phorus
and,chlorine content of a specimen wash calculated:'by comparing the
number of pulses in the photopeaks of t he specimen and' standards. The
4nfluence of calorine on the results of phosphorus determination was
i'~ ~studied-
The authors thank 1. K. RUBTSOVA for providing the specimens.

2/2

USSR
UDC 61.4.834 U4.4
OV K
and GUSUOV, A. F.
"Apparatus for Detecting Toxic and E:.qlosive Gasses in the Atmosphere in
Industrial Installations"
Moscow, Khimicheskaya Promyshlennast', No 3, 1971, PP 230-234
Abstract: New instruments designed for detection of toxic and explosive
gasses in air. of the ch,smical and perrocbenical prod=tion plants are reviewed.
The meIst commonly used iire thermocbemical gas analyzers~ based on measuring
the heat effect of the C,-s burning over acatalyst. The procass occurs on a
heated platinum wire wh2ch serves both as a catalyst and a sensor. Advantages
and disadvantages of this instrument are Aisted and several Listruments are
described. This type of instrument is usually used in njonitoring of ex-P'osive
atmospheres. The instrunents used to determine taxi* components are generally
based on plhotocolorzknetr~'.c, photometric, ionization, riciioisoropic and polaro-
graphic principles. Representative instritnents designed to dsrecl~ =.icroconcen-
trations of chlorine, ii23, CG, N nitrogen oxides, 302 and ilCl are discuss&d
in detail.
85

USSR UDC 51:330.115
VOROBIYEV, A. F., LATUSHKO, N. A.J. S4AKOTI.NA,, T. A.
"Mathematical Economics Formalization bf Storage Probldms
Tr. Mosk. Ekon.-Statist. Iii-ta,,[Works of Moscow Economics and Statistics
Institute], No 3, Part 2, 1970, pp 39-48, (Translated from Referativnyy
-2hurnal Kibernetika, No 5, 1971, AbstracvNo. 5V519).
No Abstract.
J
39

gnaw
L/z 008 UNCLASSE FlEb ~PkDCES,SINIG DATE--27Nf)V70
TATLE-DIAMIDE BASED COMPLEX SALT -U--~
AUTH-3R-(05)-GGR'3GNSv YE.P.t YEGOROV, V.f;.p SMALlY, N'. I . tGALUSHKA, V.P.,
~'.-~'MASTEROII, Aops
'COUINTRY 0F.-INF0--USSR
',SOUR --U.S.S.R' .377
1-- 1 _CE ~ 1. .0 264,
~k-SFERENCE-OTKRYTTYA, IZCMET. PROM. 013R~ZTSYY TOVARNYF 2NAKI 1970, 47(9)
6ATE _PUBL ISHED-0314AR-70
It'116JECT ARE-AS --CHEM I ST ply*
1UNC11 'tAG's__CHEMICAL`RATGMTj NITRATE, NITRITE, UREA,' COMPLEX COMPOUND
ROL._M4RKlMG--NO RESTRICTIONS
GC,t-UMENT CLASS--UNCLASSIFIED
PROXY 'REELIFRA.ME--300 1/1443 STEP NU--IJR/0482 I701Q0010.001000010000
:ACCE,,SIF --AA0126979
Cj C _r JN NO
UNCLASSIFIED

WIN . .... .
USSR UDC; 62-501.2.621.311
L KO. A. A., Odessa
"Elewents of the Theory of Gas Turbine Installation Layouts"
Moscow, Izv. AN SSSR: Energetika i Transport, No 3, Kay/Jun
72j pp 13S-14Y
Abstract: The author considers selection of a charactcrisl:ic
rameter for gas turbine installation layouts ,;hich would be
.pa
used to classify the possible layouts. It is shown that four
basic layouts can be conbined to give all possible gas turbine
installations which can be classified by one-to-c-.,Ao, ipapping On
a- numbe 'scale. The economic efficiency and operating sta-
bility of gas turbine instaliatious under partial loads are
characterized by simple equations. The number of pas turbine
~installations which are oppratiopa.11y stable Is limited. The
region of cycl.-..~ parametars in which the use of-, a given layout
is most effective is defined.
75

USSR UVC: 534.232
BELYAKOV, I. I., MARYSHFI, 14, D., Leningrad
"Emission Impedance and Coefficient of Concentration of a One-Dimensional
Syztem. -)f Rings on an Infinite Rigid Cylinder"
Moscow, Akusticheskiy Zhurnal, Vol 18, Ito 2, Apr-Jun 72, PP 183-191
Astract. A one-dimensional periodic system of 2v+ 1 rimgs arranged with
period,d on the surface of an infinite rigid c linder cf,radiuz a is con-
~y
Zidej~ed. The,.oscillatory,velocity..of the purface-of the"rings is described
&-:Separable. -function of the.vari4bles ~,-and-.z. iii the c'ylir~rical system
Of ~'-c6ordinates.- -Lin
ear phase.-distritiutio -of.'the rate o~r oscil lations
va v exp (inkd cos 0is assumed eh ensutds P eiisati6;a ir, direcu
-ion 3o
POMP
relative to the &-ds of the cylinder
ndl <
(a, T, z
0, for other z.
Approximate expressions are derived for the emission iviliedance and coef-
ficient of concentration for such an antenna system, assuming that the im-

USSR
BELYAKOV, I. I., SMARYSM, M. D., Akusticheskiy Zhurral, Vol 18, No 2,
Apr--4,un 72, pp 183-191
pedances of a ring.are equal in finite and infinite systems. A procedure
"is offered for refining the approximate formulas. Data are given on cal-
culation of the emission impedance and coefficient of concentration of a
cylindrical col:hased ring lying in an infinite rigid cylindrical screen
for various ring diameters and h,,.-ights.
----- ----------
A
-~- , a"g,
I, J-
Of -~f
tz
2/2.

USSR UDC 5M895.7
SW&1116 Zh S and IS114BEF.OV, Zh. M., Institute of Zoology, Academy of
Scienc*es Kazakh SSR, and Semipalatinsk Zooveterinary In'stitute
"New and Little-Known Species,of Bloodsucking Midges (Diptera, Ceratopo-
goiddae) in Kazakhstan"
Alma-Ata, Izvestiya Akademii Nauk KAzakhskoy SSR, No 4, Jul/Aug 71, pp 61-65
Abstract: A detailed dcqcription of two entirely new sv~-cies and two species
ifrontis Smatov et Isimbekov
new for Kazakhstan is presented: Culicoides sublat
sp. n. has no spots on wings. Females were collected in Seminalatinskava
Oblast, Kazakh SSR in May 1965 from horses. Culicoides brevifrontis smatov
et Isimbekov, sp. n. -- belongs to the circumseriDtUS group. Females were
collected in Semipalatinskaya Oblast from horses in August 1969. Culicoides
gutsevichi Sen et Das Gupta has ro spots on~.uyings- Fem~,Ies and males were
end 15
collected in Semipalatinskaya Valast,in 1966, 1967, -68 fram men, and
from horses in 1969. Females of CulicQLdes -homochro%v; wL~ve collected
in Semipalatinakaya OblaBt in 1965, 1966 and 1967 from.men. The specimens
are kept in the Zoological Institute of the Academy of Sciences USSR in
Leningrad. The following changes in the nomenclature are.prrposed: the
name,Culicoides turanicus Gusevich et Smatov to replace C.~kasaehstanicus, and
s S.
the name Culicoides alatavicus Gutsevich et Smatov to.replace C. fu cu
42

Water Treatment
USSR UDC 551.463:352.13/.14:537.311
MSHOVETS, V. P., PUSHKOV, L. V., SMAYEV. V~.X., FEDOROV, M. K., and FEDOTOV,
-N., V.
"Density, Viscosity and ElectroconductivIty of Sea Water at Temperatures Up
to 300-3500"
Leningrad, Zhurnal Prikoladnoy Khimii, Val 46, No 8, Aug 73, pp 1865-1868
1/2
water at various temperatures d = do + 0.0105 c where da density of
pure water at a given temperature and c - salinity of sea water (weight-%).
The logarithm of the viscosity of sea water (1g nsw) is related te the
logarithm of the viscosity of pure water (1g nH20) by 1g n,w-= 0.913
1g nH20 - 0.00597. The electronegativity increases wiO.temperature
reaching a maximum at 250'. The curve in the temperature range 10-160'
can tie described by the equation x 0.027 + 10-3 t, where x = conductivity,
t = temperature.
Abstract: Investigation of density, viscosity and electroconductivity of sea

015.25.015.45:612.89
USSR UDC 615.849.1.
SMAYLENE, A. A., and SLAVCHEV'---KAYA, N. M., Chair of Pharmacology
and1Gener-a&To--xjcology, Leningrad, Sanition-Rygione Nedical Insti-
tute, Leningrad, Ministry of Hfalth OSSR'
"Action on the Central Nervous System ,3f Altryl Derivatives of
Cysteamine and Cystamine and of Some Aminoalkyldi-sulfides"
a i Toksikologiya, Vol. 33, No 3,,May-jun 70,
Moscow, Farmakologiy
pp 271-275
Abstract: The pharmacological activity of cysteamine, cystamine, 2-di-
methylaminoethanol 1101 (HSCA nN I-Ile llcl)(I),
.2 ~\1
amino)diethyldisuifide HC1(11e L
91i Ca*~ CIOCH9*1(~2.2HCI) (11),
N-carboxymethyl-2-aminoethanof,HCi(H~C4~CH2N]IC'I-)COOI-1.1111) (111),
(carboxym ethyl amino) diethyldisulfide Hal. V.-OOCCH2-,~N11CH CH
2
SSGH2CH2N11CH GOOH 211C1 (IV), guanidylcystamine Or(112R-O
CtTHCH2CH2,r;Sa2C[1,2;AC(=14H)'NR2).2HBr (V), s-be-t-a-,.:,mitioethylisotliiourea
HC1 (H2NLCH CH2SC(=NH)NHz.2HC1) (VI), 1-thio-2-aminopropane 11C1
(MeCH(N112)&2SH.HC1) (VII), and 2,21-disminodS.1)~-,-~)i)yL