SCIENTIFIC ABSTRACT SAZONONV, M.L. - SECHKAREV, A.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002202820002-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

UNCL ASS t FtEfY PROCESSING DATE-2711OV70
vLt:--NEW CHROMATOGRAPHIC TECHNIOUES
-AUTHOjk-(02)-ZHUKHOVlTSKIYj A.A.1 SAIONQVV M*L
~c
OUNTRY OF INFO_-USSR f
"~SOURCE-J. CHROMATOGR. 1970# 49(l), 153-40
,ZATE PUBLISHED ------- 70
.-SUSJECT AREAS-PHYS ICS, CHEMI STRY
,"tGRAC TAGS--CHROMATOGRAPHY, GAS ANALYSIS
:-CONTROL MARKING--NO RESTRICTIONS
,_000MENT CLASS--UNCLASSIFIr,'D
I~:PRbXY RESLfFRAME--3007/1027 STEP NQ--NE/00001701-04i9lOO,'t~015310160
:--CIRG ACCESSION NO--AP0136454
UNCLt,-5SlFJEQ_

UNCLASSIFIED 1"ROCESSING DATE--27NOV70
,Le.c ACCESSION ~~,D--00136454
A3STRACT/E-XTRAr-T--(U) GP-0- 4BSTRACT* TECHNIQUES FOR CHROMAFOG. WITHOUT
A CARRIER GAS WERE DISCUSSED BRIEFLY AND DEMQN5TR&%TED SY ANAL. OF MIXTS.
OF PERi"ANENT GASESj ENRICHMENT OF VERY OIL. SAMPLES, AND PREPNt OF HIGH
'PURITY GASES, ALSOi A HIGH EFFICIENCY WAS 0350- WITH GAS
CHROMATOGRAPHIC ADSORBENTS, CONSISTING OF VERY SMALL, ABS. S~OtTH MEr L
BALLS AS A SUPPORT FOR A COMMON GRANULA,iR aEO OR OF SINTERED, PPESSED
METALLIC 3ALLS SUPPORTING A FILTER TYPE STRUCTURE. THE A't~`SORBENTS HAD
SMALL, UNIFORM CHANNELS AND EXHIBITED ONLY A SLIGHT DEPENDENCE OF HETP
(HEIGHT EQUIV. TO A THEORETICAL PLATE) ON FLOW RATE ANO~COLUMN DIAM.t
OSUGGESTING POSSIBLE USE IN HIGH SPEED AND PREPARATIVE CHROMATOG.
FACILITY: ALL UNION INST. SCL. RES. PETROGR. GEOL.IPRO.SPECT4# MOSCOW#
USSR.
UNCLASSIFIED

USSR 7. 07,539,183.2
SAVIN, M. 1-i SIMINs A. S., BAZONOV, 11..Y., KROPACIMA, A. A., and SAFONOVA
T. S., Scientific Res earch Institute of"M edical Radiology, Academy Medical
Sciences USSR, Obninsk; All Union Scientific Chemical-Pbarmaceutical Institute
imeni S. Ordzhonikidze$ MoscQw
"Synthesis of Phosphorus Tagged Diethyleneimide of Pyrimidyl-2-imidophosphoric
Acid f?hosphemide7'
Riga, Kh1miya Geterotsiklicheskikh Soyedineniy, No 9, Sep 73, PP 1251-1253
Abstracti The following synthetic route was selected for the synthesis of
diethyleneimide of jrjrimidyl-2-amidophesphoric acid fphaspben14-e7 W.
From the reaction of equimolar quantitie.!5 -~of 2-aminopyrimidins and phosphorus
pentachlorlde in benzene 2-trichlorophosphazoWimidine hytirochlorlde vas
obtained which was then converted to pyrimidyl-2-amidophouphoric acid dibbloride
by a reaction with 9&,'o formic acidl uhich finally could. b(v naoted without
purification with ethyleneimine to yield L, DepandIn on the activity of the
starting 32PC1 the specific activity of Thosphemida_152F was 5-10 ,U c por gram,
!A
10

7
USSR
v UIX! 62
.5-277'.
A
-325
A
xhsti-tli~ J T.
-'1-
e S
t:L j,
dorillos, b
-rtc AcIcIt3tr
-1:0-Iar--atse-n,
AbstraLt, 7-qu,nal,,
acyl pt~ 5, nO
Chl-Orld- uer;7)t to
obtai --s -Qnd dj,-~y
ze
A Surz)-risio 1PnCIbrid.- all It-w-0 'Tan 711Y PI) 20-24
-- C Of -- r
'ene -as
3 o, o.C 2
Cs
2 Vashed to r I-Idille
-I- th evzc-r- 2) I Lu~tjr~r
r"1 .. - -
0j., t
tO abre al o r.,
02-1-ji C t
6-,n.ethyj () t)
j
Yr
r-10 obto -2
L -;L:.!_'QC) ' the c
I
pre
C1110-4 177-3
JO
-I-Qre of acl J27, lo,-O ---0".0.
ar -L-llel~r -~oj,n, C) r
%.e Was ado.,
-Id
t A" I Q t h y.1 rri mU,- .1 r.
workea Up ~-q stj J ~)-Djt-0-0
to Y:Leld. Cles e(i I]] I ~,I an:j cool
Lenzene In,
P-LCtLzz -- -t 0
Products.

U14CLASSIFIED PROCESSING DATE--13NOV70
UF 2eAM'INQPYRl0lNES WITH PHOSPHORUS PENTACHLORIDE -U-
AUTHOR-(02J-SAZC-NOV* It'.V.9 l(ROPACHEVAl A%A.
.CCUNTRY OF INFa--USSR
HETEROCYCLIC
ZOCUMENT CLASS--UNCLASSIFIEO
-,--,PRCX.Y REEL/FRAME--198311367 STEP NO-UR/04091701000/001/0055/0057
Cl IRC ACCESSION NO--,AP0054240
UNCLAS&IF TED'

UNCL ASS IF I ED PROCESSING DATE--- 13NOVTO
__-_c,35IGN NO--AP0054240
ABSTRACT/EXTRACT--(U) GP-C- ABSTRACT. FOR 1-11 Tkt.'ROUG41OUT: A, R EQUAL R
PRIME2 EQUAL Ht R PRIMEL EQUAL CL; 6, R EQUAL R VkIME2 EQu-AL li, R PRImE-1
EQUAL BR; Ct R EQU4L R PRIMEZ EQUAL H, R PRIME1 F.~~;UAL 1; D, P, E-QUAL R
PRIME2 EQUAL H, R PRIMEI EGUAL NH SUBZ; F, R EQUAL lij R. PRITME1 EQUAL R
PRIME2 EQUAL CL; F, R EQUAL R PRIME1 ~EQUAL R. PRIRC-2 G,'~`,IJAL H; AND 'Gs P
EOUAL MEt R PPIMEl EQUAL BRi R PRIMEZ EQUAL H. A SLJSPFN-S_i0,'4 OF 1.5 G
2vAMIK'G,5,rHLOROPYRIDINE ANb 2.43 G PCL SU85 IN 30 ML C SUB6 H SUB6 WAS
REFLUXED 2 HR IN N WITH CONST.,STIRRING TO GIVE VSOLN,. OF
2*TRICHLCiROP~~!25PHAZGt5iCHLOROPYRIDIt4E; TO THIS WAS ADD-'*D WITH Cac)Ljf"G
4.0 G SORPHOLINIE IN 20 ML C SIJ86 H SU86 ND THE MIXT.
STIRRED 3 HR AT 20DEGREES TO GIVE 82PERCENT lAv M. 77-9DEGREES.
SIMILARLY PREPD. dERE IPERCENT YIELD AND M.P. GIVEi 16, 92.3,
N
101-2DEGREES; IC, 82.8, 1121-20ECREES; 101 87.51 107-8DEVREES; AND IE,
92v 117-19DEGREES. A SUSPENSION OF 1.5 G 21AMINOPYRIDINE AND 3.32 G
PCL SUB5 IN 40 ML C SU86 H SUB6 WAS REFLUXED Z;HFt UNDER N WITH STIRRING*
FILTERED TO GIVE 3.91 G 2#TRICHLOROPHOSPHAZOPYRIDItIE-HCL-i WHICH WAS
SUSPENDED IN 100 ML ET SUB2 0, COOLED (10-15DEGREES), 6.4~.G MORPHOLINE IN
20 ML 8T SUB2 0 ADDED, AND THE MIXT, STIRAED 30"MIN'AT ISDEGREES AND 3
HR AT 20DEGREESt THEN LEFT OVERNIGHT TO ME 54PERCEhT IF9 M.
77-80EGREES. ON STANDING IN AIR IA-F ARE SLOWLY HYDROLYZED. A
SUSPENSION,OF 5 G IA IN 50 ML ETON WAS REFLUXED 45 MIN TO,.GIVE
86.4PERCEN'T IIAP M. 147-6 (ETOAC).
UNCLASSIFIED

'40 UNCL ASS F I ED PROCESSING DATE-13NOM
-ICN I --AP0054240
ABSTRACT/EXTRACT-SIMILARLY PREPD. WERE IV,.PA AiND FERCENT YIEL,D GINE.,%)..
1181 177-5-8-50EGREES (ETUAC), 76,8; IIC, 1-98-9DEGREES (MEOH;t 93.7;
~110# 121-20EGREES (ETOAC)t IlEv 147.5-4aDEGREES (ETOAC), 94~.5;
IIF, 156-70EGREES (ETOAC), 89; ADN HG* 17445-7~5 ;DEGREES (C SUP6 HSU136),
8 0. 5,
k2
UNCLASSIFIED,

WC-.-tir~A00364 - Abstra cting Serrice: Ref. Code:
_ CHEMICAL ABST,- 0
f' 111403q Pyriraidyl-4-amidophosphoric acid dichloridei.
K~M~che4a A. A. (I'ses. Nauch-Issled.
ze,Moscow~ SS ).
XTY-m. U2177M.-Soealn. 19 w--V (RUSS). 71'reatment of
4-(trichloropbospi izo)pyriiriidines ~ivith HCOX' is a 'Keneral
U
method for prepg, the title compds. (1). Thus, equimolat amts.
m;
of a 4-aminopyri idine. (II) ard PCIg in a-solvent', heated. under
N until no more HICI Nvas lib&ated 'and treated -with an equi-
molar amt. HCO,11 ir RtjO at 16-20* gave the L (RI, R2, R1,
ide
imp. (recrystn. solvent), % yield and rfi.p. hy4rochimi
given): Cl, H, Cl, 146-9, (CXIL'90.2, -, MeO, Ilk' Cl, 145-7
(decompn.) (EtsO), 95Zk ; MeO, If, e 151-2. eco pn.)
(Et%O) 92.4, -,,Me, H. MeO, 1 70- 77.2,
H, 172-19 (AfilCO-EtIO), 96,
H, Br, Me, 170-71.8' (Et 82.5#
88
147-50* (decompn.); . Me. H, e. 1, 1 eco P'n.
Me, H, H, -, 89.2, 164.4*-(d ompn,); 14 51
85. 185-6', H, H, pipexidii.mo 117 7.1 (decompn~), 90.'2, 18-9--34
(decompn.). All I undergo hydrol~sls to give staxting, r1 upon
heating. J~Rroslav~ Jon" 04A1
REEL/FRAME
19841784
7

USSR UDC 547-856-867-07
SAZOX V.I? CAFONOVA, T. S., All-Union Scientific Research Chomico-Pharma-
AW&-hInsktute imeni S. Ordzhonikidze, Moscow
"Study of Nitro en and Sulfur-Containing Heterocycles. XXIV. Synthesis of
PYrIM4-dof5,4fbjylgoxazinones-?It
Riga, Xhimiya Geterotsiklicheakikh Soyedine.nly, No 9, 1972, pp 1285-1288
Abstracti As a continuation of the work of T. S. Safonov, et al., Puti
sinteza i izyskaniya protivooDukholevykh prepaxatov, Zina-111ne Press, Riga,
No 3, 19, 1970 in tha search ?or biologically active substances, a general
procedure was developed for the synthesis of 7-hydroxy-derivatIves of
pyrImidcf5,4-b7oxazine by the reaction of 5-hydroxy-6-am.l.nopyrimidines irith
ethyl esters ~ if 0( -halo caeboxylic acides. The chemical formitlas, structures,
melting points and the theoretical and experimental contents of the compounds
are tabulated. The experimental procedures and results are presented for
2-methyl-4-hydroxy-6-aminopyrimidyl-5-hydrosu-Ifa4.et 2-methyl-4,5-dAhydroxy-
-6-aminopyrimidine, 2-rethyl-4-chloro-5-hydroxy-6-azinapyiL-iidine, 4-chlora-
-5-hydroxy-6-aminopyrimidine, 2-4-dimenthyl.6-4-winoPYrimidY,3--5 hydrogen
oulfate, 2$4-dimethyl-5-chloro-6-aminopyrimidtneo Z-methyl-14-hyOroxy-6,7-
I /Z

USSR
BAZONOV; N. V. and SAFONOVA# T. S. Khimi;ya Gaterossiklichaskikh Soyed-ineniy,
No 9, 1972, pp 1285-1288
dihydro-8H-pyrimid 4ybL41,A7oxazinone-7p 2-zettql-4-chlcro-6,7-dihydro-
4_ ;47 inone-7 and 2-acetylamido-4t6-ttimethyl-617-
-8H-pyrimid6 ~b 1 xa!z
D.
-dihydro-81.1-pyri i0~5 I 'soxazihone-7-

PRIMP"M
Acc. Xr.- Ref. Cocle: 1JR 02,97
AF0034401
PUIMARY SOURCE: Antibiotiki~, 710, Vol 15, N-r 2, PP 7
PEMCILLIN LEVELS IN BLOOD SERUM, URNE AND PHLEGML OF PARENTS
W1`rH CHRONIC INFLKNIMATORY JNFECTIONS~ OF RESPIRATORY TRACT AFTER
INTRA.,MUSCULAR -INJECTIONSOF TEE DRM
V. F. Sazonov
Faculty Therapy Chair of Altai Medical lln_4itute, Barriaul
Antibiotic (penicillin) levels in blood- serum, urine and phlegm were determined
after int:amuscular injections by the methods of sedall dilutions and apr diflwiion in I I
healthy volunteers and 40 patients with chronic inflamrna seaw4- W the iespiratary
th to Y d"ri (01; units~/Ml) were,
tract. It was shown . at therapeutic coneentraiions of t I i~e ug
retained for 3 hours. In healthy volunteers the antibiotic blood levels xv-'%.re lower the Ist
hour after the administration than in the patients, As compared to -the li~_'31thv valumec-Tr,.
on icen' -
the urine retenti tirne in the patients was higher, while the coz Lrations, during the-
first 2 hours and the total amounts ~of the antibiotic excreted we-ze Iowa. No penicilliri
was detected in phlegm of patients with chronic inflammatory infections''of the tespitza-
tory organs, which is indicative ~of the fact that it zdoes not pouerate Wough the bronchial
ckarances', prabably because of scleroti
changes in 41iern_
M
WHO
REEL/FWiF,

Ace. Nr Abs r4dting,!Service: Ref cod4t
A190047606-- INTERNAT. AEPS~ACE ABST,~- 24 0 1
A70-25152 Possible OrIght If 1-dil Spectra' 1-ith PI-iti-I
QW*Vure in dixMit mrces (0 voxmwbwAP proivkhozl~nii
radia4aktrw s poloAftelaal 4rhtiznoi u diskrewykh I stochnikow).
V. N. S& Akildernlia NaA SSSR. Fizicheskli Instilut, hinscow.
Izv \1 t%:-&- AN&U. Radiaikika, vol. 13, rib.. 2, 1970. p, 214-218. 12 refs. In
Russian.
Investigation of possibles mechanisms for the formation of radio
spectra in discme sources where the radiation flux increases faster
with decreasing fTequency than would be described b~ a p%ver law.
Two different mechanisms for the forrn~ation of.Wectra with positive
curvature are analyzed within the framework of the syncht'
anous
emission theory, One, nechanism, is based an t Ite hypot htsis that the
exape of low-energy elections Ito the source is Nid
rn oted, and as a
result !he elft-tron concentration In the source isicteases 'with
decreasing anorgy faster than uld tie expressed by4 power law,
Wo
The second mechanism is caused by electron -onvr#y~, losses in an
initomogeneou; sourceiCertain properties which can W expected of
thm models are outlined. TA~j
4-4
REEL/FRAME
19791 4

USSR UDC 621.396.677
SAZONOV, V. V., YAKOVLEV, V. P.
W40V f-m-t7r,
Tfil:H~6d Antenna Arrays with Low Side Lobe Level"
Tr. Mask. aviats. in-ta (Works of Moscow*Aviation Institute), 1970, vyp. 215,
pp, 310-325 (from M-Radiateldinika, No 4, Apr 71, Abst ct Ho 4B34)
ra
Translation: The suppression of the side loads of the directional pattern of
array with a large ntumber of identically excited elements by
an antenna
disconnecting part of the elements is analyzed.

8k:;Lowca~~, \J, Q
V-
LV
<
J 11 11.1; S 4 7 0 4
22 1)cccm1)er 11371
NONLINEAR AND MICR014AVE RADIO ENGMEEIR1,1111IG SYSTUS

n,,uage lb-ack C"ito"I by L.
seletteti orticles from thf-, L:uszian-l~
D.
Bakhrakh, currerponding viember of the USSR Acadery of 5cicnucs
Zid V. I. lj;~=oylen'
4o, canc2idato of enainenring rcinncesi

V. .1*1'Lzr.1'.1;, Avi~-crlo-nro-7o
U-i=lello---!"~Ic~-Ri Vol *2,' No 1~!7
I qn. L; 5
R-a-c-nTn-a -B-611,ding P2:ass, YoscOw.
CONTENTS P AG
An Analytical Method for Solving Dynarmic Er*,,~aztlonv of Thin
Ferromarnetic F11mo for 'Slow' SwitchinZs ri.:Ids ......: ..............
Unijunctiot Transistarz and !their Pozzible Applications ............... 9
A Micrtuave 'r4itch bated on Thin Ftrrw-~tg7zetic Vilm ...................

A Study or Antenn.
-is With Frequency Beam Sc4nnin; . ......................
Concevninr. the Dlotortionvof Spiral Antenna RAdtation
Charactcriatiz ............ ........................................ 6c)
C41culcitioa and Dogirn of, Diode Switchin~) Devices in tha Dcc1jj%etw.*
Range u .............................................................. 6,
A Study of Swoo Characteristics of Diode Suitching Devices in 0o
Decimeter Range ..................................................... 1 11) i
Minned Antenna Arrays With Small
Side Lobes .......................... 1~~
a (r - USSR - F1

U' )C 629. 7. 05':6Z) .396. 6. rCl
TIIINNED ANTENNA ARRAYS WITH S4UL SIDE LOBES
.n;incer V. V. savono and
Candidate of Engineering Scienceg
V. P. Yakovlev palre n 310-325
Comstruction of Op'.1muni, -f'h41-..ried Arrays
For Impravcment it% n1jit3t,proof fcaturoz, an antenna must liavv a lo%v level
of sidu lobeq. The level of ~idr lobcs niay-!~c either by m.,,,n6 a[
_Trreilular jiwer upply off the v;,ryients of the antentia array or by nicans of
switclilng ,)ff par, of the clements. The latter is preferable in the rrajoritN
of Cases.
Lot us ;~6&urnc that an equidisuint antenna array contains a largo nut-Aber ol.'
elements with distances d between them which saiisfy the condiLiCn,
1) Z V (r),:: dF-. (6)
11 + n n
2
This Means, that for I.ar;,,c Oliciansions of the
the enerv balaRce is, cletparmined by the, interface S b,2twi~,(m the
glediums f aRd 2; for fmall '61im.Q11.11iona Uct3s than ~,hc pzarcicle
. J. - by -~ie vo1.uq..,c V
p;, - ce J.. i-
.th len;fth) the energy balan u detertiO.

USSR
et al4.t Atomnaya Energiva~ Vol :-'9,
L&NCHENKO, V. 11.
No 1, jul 70, pp 38-39
of the radiator or absorber. In intenpediate case's with
which it is mGst frequently necdssary to deal in practice,
tb is*relation is appreciably more complicated, Equation
(6) is a generalization of the Bragg-Grey theoren to the
case VI.There media I and 2 have different stopping,powers.
till,

Lasers' &. Yasers'
USSR
UDC: 621.373.029.7
BYKOV, V. P., SAZONOVA, Z. S.
"A Three-Mirror Optical Delay Line"
Moscow, Radiotekhnika i Elektronika, Vol 17, No 9, Sep 72, pp 1953-1956
Abstract: An optical delay line Is proposed in the form of a tbree-mirror
resonant cavity in which one of the mirrors is spherical and the two other.,-.
are flat. This is equivalent to the conventional cavity renonator in which
one of the mirrors is flat, and the other iz a concave astigmatic surface
with principal radii of curvature RX = R cosy and RY= ri /cc.,; y, where R i - the
radius of curvature of the spherical mirror, and y is the angle of incidencc
of the beam on the spherical mirror equal to half the angle bet~vreen the flat
mirrors (see figure). Thus astignmtism is easily controllable over a wide
range. In addition, the shape of the mirror is strictlydefined (sphe-l-ical)
so that the design is amenable to exact computer calculation. The principal
characteristics of the proposed optical delay line are.analyzed. The radius
of curvature of the spherical mirror is selected in such a way that the
cavity is close to confocal (R= 2Z). One of the difficulties of working with
the proposed delay line is matching with an erternal source. The input beam
1/2

13SSR
BYKOV, V. P., SAZONOVA, Z. S., Radiotekhnika i Elektronika, Vol 17, No 9,
Sep 72, pp 1953-1956
must have a cross section of the order of 200 pm with a divergence of 10-3
radian. Thus the line can be fairly easily matched -writh gas lasers, but
considerable difficulty will be encountered with all other light sources.

USSR uDc 547-341
MOSKVA, V. V., RAZUMOV, A. 1.1 --YA and ZYKOVA, T. V., Kazan'
Institute of Chemical Technologyi ni 5. N. ffrov
"Reaction of Phosphonoacetic Aldehydes with Secondary Amines"
Leningrad, Zhurnal Obabehey Xhimil, Vol: 41p No 8l Aug 711 P 1874
Abstracts The reaction of phosphonoacetaldehydes with secondary amines in
toluene In the presence of catalytic quantities of p-toluenesulfonic acid
gives 14 -dialk-ylaninovinylphosphonates~(phosphorjrlate& enaunines) In good
yields. The structure of the phosphorylated enamines Is confirmed by IR
and P14R spectral data.

USSR UDC 547-34l'----
RAWMOVY A. I.Y SOKOLOVP 14. P.j LIOWER, B. G., ?A40SKVAj V. 7-, SAZOligIA, Z.t :YA-;.-
and LOGINOVA., if. G., Kazan' Chemical-Technological Institute I'mani"S. M. ]Cirov
"Synthesis and Properties of Phosphorylated Imines and Enamines"
TP-ningrad, Zhurnal Obshchey 1(himii) vol 43 (1-05), 1-10 5, MaY 73, pp 'LO19-10,)6
Abstract: Several methods exist for the synthesis of phosphorylated secondary
and tertiary enamines and imines: direct reaction of priirar-j iunines with alde-
hydes, reaction of secondary onanines with phosphorylrited aldchydes in presence
of p-toluenesulfonic acid, reaction of the diamides of allylphosphorous acid
with aldchydesY and transamination of enamines. Indne-enwrdne tautomeris-m, of
these nroducts was studied sho~.ring that -the position of ",autoweric equilibrium
depends principally on the nature of sub5tituents at the, nitrojen atom and on
ine foiTis depends ---
the type of solvent used. Hydrogen bondin, of the.eriam inly
on the sLfbstituent-s at nitrogen and phosphorus atoms and, on the steric distri-
bution. of proton acceptors.

USSR UDC: 542.914-661-718.1+661.731
-in' State Veteri-
BARABANOV, V. I., SAWOVA KAUSILOHR) V, S., Kaz,
,v, and
nary Institute ii~ i W .
"Biologically Active Air-ides of Trichloroacetic and D:Litethylthiophosphoric
Acids"
Leningrad, Zhumal Obshchey lGiimii, Vol 110 (102), No 11 , Nov 70, pp 2464-2466
tyle
Abstract: A series of amides of trichloroacetic (I-IVO (I -- trichloroace.
thylenarride, I! -- tri-chloroacetylpiperidylamide, III -- trichloroacetyldiethy-
lamide, IV trichloroacetylbutylamide) and dimethylthiophosphoric acids
(V-IX) (V ethylenamide, VI -- piperidylamidc, VII -v,- methVl amide, VIII --
dilethyl amide, IX -- butyl airide of dinethylthiophospboric acid) were synthe-
sized by interacting the corresponding acid chlorides id.th ethylenimine, pip-
eridine, methyl amine, diethyl amine arid butyl amine im ether in the presence
of triethyl. amine. In the reaction with methyl. amine and butyl anine, the
individual product va-, isolated after action of the acid chloride, and another
acid chloride was then reacted vrith the resaining hydrogen atom. The result
was mixed amides of trichloroacetic and dimethylthiophosphoric acids (Xi, X111)
1/2

USSR
701
BARABAIW, V. I., et al, Zhurnal Obshchey Miimj-i, Vol 40 (102), No 11, Nov 70,
pp 2464-2466
(XI -- N-methyltrichloroace-boairidodimeth,-)rithiophosphate, IIII -- N-
butyltric.hloroacetoamidodimEithylthi.ophdspli,ate). Also ovntbhesized were 11-
butylbis(trichloroaceto)amide (X), N-rethyl-N-dipropylptios~311ite-a7ddodiAet!iy-
Ithiophosphate (XII) and tl-butyl-N-dipropyl-phosvhite---auLiLdoJinethylthiophoc--
phate (XIV). The synthesized an-ides of dimethylthiopl)osphoric acid were
reacted with c9hloral 'to produce tl-alk-yl-N-cj:-Iiyd-tox,.r(jqi,6,~-tL-icELoi,oe,bhyl)-
amides of dimethyithiophosphoric acid ()(TI, MI). V- yl-(d-hy oxy
But Cir -A,,Sjg-
--~trichloroethyl)trichloroacetoamide CM3C04CCHOHm"i 3-1Cit ff9(PT) was synthe-
sized by interacting (IV) with chloral. It wan found -that compounds M auld
(V'/ may be used for sexual sterilization of flies, and that compound,9 (TI)
and (VI) are antihelminthic. The products oX interaction of amides with
chloral have insecticidal propex-ties equal to those of chlorophos, but they
are considerably more toxic.
2/2

U&9R UDC. 547.26 t uB
UM"Ov, VI_ 1.,*Ij ONUIIA, Z., Ya..,~ YMODMd-, Zh-.. V. Kazan Veterinary
In titute imenl_ E E.-T.&RM
'Synthesis of"Halogenated Phosphorylated--Acetals of Chloral and Bromal"
Leningrad, Zhurnal Obshchei Khimii.,Vol 40,.No:6,,Jun 70, pp 1260-lZ6Z
Abstract: Biologically highly active esters-(I) were obtained from the reac-
tion of halogen-substituted bemiacetals of. chloral anal brormi with dipropyl
chlorophosphite. I were prepared by mixing 0.1 g-ivie of hemiacetal and 0.1
g-rzole triethylamir-O in diethyl ether, cooling the mixture, -and adding drop-
wise dipropyl chlorophosphite. Physical c "a for ma
L4. lo ny such compounds are
given in tabular form.
1/1

USSR UDC 615.332 (Cycloserinum). 014.453
AZYKjH,-bj-..--O., CRAYKOVSKAYA, S. M., KORCTIAGIN, V. B., PAN1211A, M. A.,
IVANOVK V. N., BALITSKIY, V. A., and VAYNER, Ye. A.,, All-Union Scientifc
Resear~~ Institute of Antibiotics and Institute of Biophysics, Ministry of
Health USSR
"Sterilization of Oxacillin Prep6rations With rast Electrons"
Moscow, Antibiotiki, No 10, 1971, pp 933-936
Abstract: Exposure of preparations of the sodium salL of oxacillin in 0.5 g
vials to fast electrons (10 Mev) in a linear accelerator at: a dose of 2.5
Mrad resulted in complete sterility of the antibiotic, whereas, tests of
control (nonirradiated) vials revealed contamination in every second or
third vial. The induced radioactivity of the samples did not exceed 3.7-10-10
curie even with minimum length of exposure. The procedure bad nc effect on
the antibiotic activity, pharmacological activity (no evidence of toxicity
or pyrogenicity) or physicochemical properties of the preparations.
28

7A
UDC 6613. 1 -S39. IZ
ANOMALY OF YOUNG'S MODULUS IN DiSr-FRS(ON*-
ITARDENED INVARS
0. A. Khomenko ancl A. V. Satykina. Ural Scientific Reiearch to Ritute of
F-erro,,- Metalturgy: -pre.. 8 (ktober 1971, final "ralm
ZZ June 1972. P.ge, 1170-1177
The anomAly uf Oo rt,-dluluk vf tianttzo,, in d;Sq(,,.ion-
hard--d iny"Ir" frea':ed for maxi-ani "irrn;zth i~ conmidered.
It is dPn-,omtr,,t,d 1b.l. the An,,m:,Iv of Ow -0QIut. of
eliticlly and kt~ i,mptrature coeffi;ient in alloys con"itainli
tit.1fLi1LC9% w determin-I mainly toy the trivar effect. The
arnplificAtion of the cqncentration torteragoneitt, of ustenite
in the formation of rones of the Guignet-Preston type and
the libvrition of the into rmptallitIrn cw~rn ~ inort-ave Lg%
the contrif.~Atton of nirchanont.riction of the paraprocrm*
to the ela.tic lt~-havipr of the Invars.
The anornaiy of the modulus of Plasticity in binary and alloyod single.
phano invarn ot a Fr--NI syotrin was cnnaidrred In many works t 1-61.
Wjwevrr, InlUrM4tiQ" concerning the contribution of invar and r--ooftc cis
to the anomaly of Young'* rnotlului in dispersion-hardened invarit ar*
limited 171 , although it In preclqely this claqu of alloys that prespnoo the
greatext intere at for practical purposes.
In this work the anOMAIV Of Youngla modulus is fnvebtigat~d 4t rQ,)m
temperature and at increased ternperatures In alloys of A system,
which it the basis for the majority of Industrial alloys of the elinvar type.

Tible I
Chemi,al Composition of Alloys. % b1, Wvighl
1P, No
.17.8 1911
Key: (1) ijr~p of
The c!irmical compoxitiviii of experient-tital alloys in givon in Table, 1,
The contcr.- =I Ittanium in alloys of group A corresponds to ths, lieriit of
Or" .nd allrys ~f H ind C ar- dispersion har4loned. The
alloyi werr in an jprn induction furivace ~,tth a baKic. linir%r. From
vrigct4 ior,.tcd tr%to rods, with a diamrter of 15 millimeters bpetims,rin were
f~brm;o-l ~V~ich wrrs, suhjoet~J to hc;it trt-tmolit fur rni,xtt"~%m %Lreniith
afcardn; t~ zl~ (Olit,wing ragime: 'lmrdentnit from 10000cVeltiarmle in
toaking 6 ho.r..
Young'* modulus lei thr dernagnelizeA E ared ma!Jnvt4-d En set=.,, wall
determirwd withtmi a field and lei a saturation field (up to 700 oerntralp) in
thir trmper,t-e range from rourn lcmperaturo- to LOGO accurdiriN Us the
mrth'd'JW4Y ci~.crlt_d -.rlier 15.) IF-- . Fri - E-agn'tistrdl-
mcedulus in t*iv paramaghetic state r. was obtainr4 by meares-of extrapola-
tion of the tsurve E(T) from the reglesn or temperatu-ms above the Curie
point to the fervDmageertie; replan 14, 5). Thr m.1nitude of (he 0 F~.rffect
was calr"'I Iate d according to. the formula AE. and the ln'Var
eff.'t of eLasticity from Ilse expression
F,, - F,; F ~ E:,,; F' . Fje,~ ~ Finvarl.
Thermal sri;fsarssicin was measured on it diletionieter
of type UVD ~-ith a gain of 485. F'rom the t1ilatograrriq the coerricient*
zX of Iher,-al PsepAiision and the. oponiinvoiass volumetric magnetastriction
rs- Clc"leet.d [I" ~ 1,. ~ 1"fsoeret~uot~.I (I in the los~srlh
of thr specimen, 431 is the litiear mrswitancous rnisitneto-
otrictiun~, Th~ value of A I I -a-"Tound from the expression .6 1 ,
1-1, ~ls~re_f P is th- 1,emgth of Ilse specimen in th~ "paresmagnetic" nt'apir it
Vmw-ratur~. below the Curie point, obt.ine,c] by of extrapalatia.
of the Itnjith or the aprrim~n from the paramagnetic region to the lerra-
magnetic re4~on I In = I p , lparamagnetic) I The magrivtostriction was
measured bj the tsetsisamse%ric bridge rnethod at an. intensity of the Magnetic
field o4 up to IZOO cers1*4s. 'The sensitivity of the inatkUstlon amounted to
27

USSR UDC 51
AUZU&Awk RYABOVA, L. D.
"List Algorithm for the Solution of the:Problem of Constructing the Optimal
~Traffic Schedule for Industrial Transportation"
V sb. Prom. kibernetika (Industrial Cybernetics - collection of works), Kiev,
1971, pp 316-327 (from M-Kibernetika, No 9, Sep 72, Abstract No 9V544)
No abstract

USSR
UDC-. 51:330-115
SBITNEV, A..I., RYABOVA, L. D.
"On an Optimum Problem in Setting up a Traffic Schedule for Industrial
Transportation"
V sb. Tekhn. kibernetika. yyp. 14 (Technical Cybernetics-collection of
works, No 14), K ev, 1970, pp 59-66 (from'RM-Kibemetika No Jul 71,
Abstract No 7V672)
[No abstract]

7.7
WC 615-649-1..015.46
STATE OF MATUFAZ VVWf= OF DOGS DVPJM CHWAM GAWA 17-ROUTION tMER viE
I?ffUWCE OF AMITETRAVITE
[Art1clo by
&L A. ~~Ov mid, 'M st t
ov X,=1ChQaM
Len
RussizT, ~1!1 t" 0-0. 2, March-April 19T2, rp 2,--L-9, submitted for plublication
U Feb mw7 ~ 1911
Abstract: The effect or nmItetMV1te,.a biological pro.
tectnnt, on the sLata or ruitarml J~adty, was investigated
In experiments tin dogs exposed to thre-e-year chronic ga=a
Irradiation simulating the dose characteristics or a zpace-
flXMhf envIroament. Long-term irradlaVion of dogq with =W
Coo' gwmna ray do!:agan induced iewrellike, changes in the nat-
ural immimity of the test ari=as. R.~4gular adzinistr&tIon
or amitetravite produced a noi-mm1l=ing arrect. on the state
of shin autorlorat favored a relsti-.c stability of the in-
d1ces of blood phagoeytic activity, ani restrained the devel-
orunent of autoirmpine reactiona.
It has been established in numercus i-c-res t1gat Ions that body exPozurL
to ionizing radiation in large doses, leading lo the development or acute or
_*A trubacuto radiation si0meos, is accorpaniLd by an inpairment of =vW body
I functions. Among these impairmauta a leading Tlace is occupied by & decrease
In natural and artificial Immunity (P. N. Kiseley and P. A. Duzini; R. N.
Paomparakayu, ct al.,, V. M. Shilov; R. V. Petrov, and othera). However, the
> problem or the effect of prolonged, chronic Irradiation in small dosen on
immunobl6logical reactivity and the influence exerted on it by protective-
therapiYatic measures has not been adeqamtely oornred.
The objective of thin study was an eft-lustion of the effectivenean at
one of the means of biological defense, the dr*4 aaitetravite, an the state
of naturel immunity in does subjected to prolcvgvA chrortic &QJ=%8, irradiatiola.
This atudy is a Tart of q, complex investigition,vith chronic irradiation
which Itt dose,level and inteusity simulsted the - mdi%tion conditions Of L
prolo%I14a space flight (Yu. Q. Grigor%,rev LrA B. A, Markelov, ard others).
37
ko:;

1/2 041 UNCLASSIFIED CIROCESSING DATE-27NOV70
'f[TLE--EXPERIMENTS IN THE APPLICATION OF Pf;0PHYLACTICS A'GAINST RADIATION
INJURIES UNDER S11-iULATED PROLOINGED.SPACE FLIGHT CONDITIONS -U-
'AUTHOR-(05)-RQGOZKINv V.D.v SUITNEV, -A G.A.# GVOIDEVA, N.1-o
SHAPIROt
ZUKHBAYA, TSM*
-C OUNTRY OF INFO--USSR
SOURCE--KOSMICHESKAIA BIOLOGIIA I MEDIT$INAv VOL. 4)r MA114-APR. 1970t P,
20-24
DATE.~PUBLISHED ------- 70
-SUBJECT AREAS--61OLOGICAL AND MEDICAL SCIENCES# PHYSICS
.TOPIC TAGS-DOGt GAMMA RADIATIONt RADIATION DOSAGE., HEMATOPOIESIS,
RADIATION INJURY1 RADIATION PROPHYLAXIS, ANTIRAWATION DRUGv ADENOSINE
TR I PHO S PHA T E
'DECONTROL MARKING--NO RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
PROXY REEL/FRAME--3006/1710 STEP i4O--UR/045ifIO/Ot)~-/000/0020/0024
.CIRC ACCESSION NO--AP0138683
Wif LA 5 S E F I ED

041 UNCL ASS I Fi ED PROCESSING DATE--27NOV70
CIRC ACCESSION NO--AP0138683
'ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT, DISCUSSION OF ONE YEAR
OBSERVATIONS OF RADIATION EFFECTS IN A GROUP OF 5,-4 DOGS EXPOSED TO
CHRONIC GAMMA RADIATION DOSES OF 75 REN-YEAR WITH ADDITIONAL SOLAR FLARE
SIMULATING DOSES OF 50 REM GIVEN 3 TIMES DURING THE YEAR TO A TOTAL OF
225 REM-YEAR. ADENOS[NE TRIPHOSPHATF OR AMITETRAVITJA COMBINATION OF
VfTAMINES C, P, BL, AND B& WITH TRYPTOPHAN AND HISTIDINE) WERE GIVEN TO
THE DOGS AS MEDICATION. A NORMALIZING EFFECT OF THESE PREPARATIONS ON
HEMOPOIESSIS IS ESTABLISHED IN RADIATION EXPOSEO~~DOGS..
_LAS
K S I F I E13-
U

USSR UDC 532.517.3.001.24
SBITNEVA, M. M...LLWOVICH, B. M..
"Boundary Layer Stability"
[Nauchn. tr.] Tashkent. politekbn. in-t ([Scientific Works of-I Tashkent Poly-
technical Institute), 1970, No 65, pp 109-114 (from RZIL-i-Teploenergetika,
No 12, Dec 70, Abstract No l2G41;)
Translation: Boundary layer stability under the joint action of free and induced
longitudinal flow at a cold horizontal -surface turned donrnward is considered.
The relationship between the critical Reynolds andthe Pdcha~'dson ntrrher.
0 = gla 3P1DYAd1J1dY)2 (the Y coo2y-linate is measured from tile horizontal sur-
w
face, p is density, (dUlc~y) W is the velocity gradient at the wall) is taken to be
the same as on a hot surface turned downward (G. Shlikhting, Teoriya po-raai-
chnogo sloya (Boundary Layer Theory), Moscow, "Nauka" Pblishing House, 1969);
however, the regions of stable and unstable longitudinal motion -vary in places.
1/2
USSR

1970, 140-65, pp 109-114
For Re < Re C.7 the longitudinal motion is unstable. Re 4s defined for, non-
viscous instability without considering forces of friction. The boundary of the
instability is determined by the condition C-r/Re2-5 = 2.2. For Re > Re the
cr cr
heat transfer of the surface is determined by formulas free motion. 1 ill.
4,ref. G. A. Dreytser.

USSR UDC: 533.9 ... 16
BEE_REZH:ETSK1-Y, M% S. , GREBENSHCHEIKOV, S. Ye. , KOSSYY, 1. A. , SBITHIKOVAL,
1. S. 2 S.Ti-PIGEL I. S.
"Electrostatic Probe Meas-urements on the L-1 Stellarator"
Tr. Fiz. in-ta PIT SSSR (Works of the Physics Institute, Academy of Sci-
ences of 'the USSR), 1973, 652 pp 82-99 (from RZh-Fizika, No 6, Jun 73,
abstract No 6G356)
Translation: The paper describes methods of using electrostatic -probes
to measure the parameters of a plasma injected into the L-1 stellarator
by a spark source. Isolated Langmuir probes, an emitting probe, a multi-
grid electrostatic probe,and double probes were used to measuxe the plasma
potential, electron temperature, ion temperature, ion concentration, fluc-
tuating ion flow to the wall of the chamber,and quasiconstant ion fluxes.
The probe designs and electrical measurement setup are described, and the
possibilities of the probe method under conditions -typical for the L-1
stellarator are discussed. A brief review is given of the principal
results of measurements. Bibliography of 22 titles.
1/1

1~ ifikiiiiiiiiikuflivi
_F lom low
1 2, 021 UNC L AS S I F I E 0 PROCESSING 0ATE--16OCT70
.TITLE--EFFECTIVENESS OF A SPARK rHAMBER WITH LtMITING LOW IONIZATION -U-
_';AUTHOR7102)~.~ ~CHiK~OV, V.G.,.MIKHEYEV:t S.P.
.-COUNTRY OF INFO--USSR
TEKH* EKSP. 1970, 1, 58-9:
DATE RUBLISHED ------- 70
_:.7SUBJECT AREAS-PHYSICS
j-OPIC.TAGS--SPARK CHAMBER, FREE ELECTRONi ELECTRODE: OESIGNi ALUMINUM-p Tl'~
QUANTUM YIELD
CONTROL MARKING--NO RESTRICTIONS
iDOCUMENT CLASS--UNCLASSIFIEU
OXYt;- RIEEL/FRAME~--1991/10 75 STEP NU--VR/O 12 Ulj~ G1001 /000/0056/UU59
:JCIRC ACCESSION NO--AP0110765
UNCLASS I F IED
I !Wm L--- 07-

2/2 021 UNCLASSIFIED PROCESSING UAFE--160CT7C
CIRC ACCESSION NO--AP0110765
~:ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. A METHOD iS JESCRIBED FOR
OBTAINING AND MEASURING A SMALL NG. OF FREE E IN A SPARK CHAMBER. THE
APP. CONSISTS OF A SPARK CHAMBER WITH FLAT ELECTAOOES 5 CM IN DIAM.
PLACED AT A DISTANCE OF 2 CM FRO14 EACH oTHER. THE LOWER ELECT.-RODE WAS
PREPD. FRO-M AL AND SN. THE QUANTUM YIELD UF AL PkOVED UNSTAbLF. THE SN
ELECTRODE WAS USED TO MAKE 2 SERIES OF, MEASUREMENTS. THE EFFECTIVENESS
OF THE CHAMBER WITH RESPECT TO ONE FREE E IS NOVSMALLER THAN 70PERCENT.
FACILITY: FIZ. INST., MOSCOW, USSR.

u kS
'i~
S C V, I V S~31-' 1~0-! 7'711 C., 2
A, Ib ~~ t ra CA kA-
sc;: det-%rr~f.n!2 th',
on
-ui on, -C, '-:Ilt~
Lill.,
r
(In
J
usized im
-rco
,4
V,032-, nr u ~,f N c,
ne-re 1~;,2 ir,
ar.OLn'- of int-1- t;-f--
n, d 2 5 rj::1
is

UVC 66". at-,. 3:6ZO, tit 6. S
STRUCTURAL RECRYSTAMAZATION 0F'S'lE:1ZLS DURING
FAST ANDSLOW 11PATI.NG
G. N. lloRichrva, V. P. DrorA, A. V. Othiganov. If', M, S0%asL-ljvt3ry,
Gntitute of tile Physic, of
Academy o~f Sctencrn. mvl~"Itt.d to press I F~bruirv 1472 p..q- 1198.1~105
Tlt~ c-M-ct of ~mlll additioli~ if elvmrr.*~ !_-f;nm;Z carbi%l~+
that are nearly in4oluble, Ilw tempvratur~ of prehmmory
hardening. tempering after hartivning, and -onking M various
tempcratnre. it' thCrausl,-nite region on the strucl,~ral
mechank.4m of Else recrystallizativn of ateel dating hs,atintg.
accumptlOwd with various %pevdg, WAN inve5tiaalrd. it wav
drmioti-itratrd that ther factors indicated do not ha%e the sarne
effect on tile ma , sitruchtrAt ssuccvs~Wn,
n1jesitatioll or its,
expresited In the iriitoralion. of the initial griinv of
Aust.mite after' completion of the phn--, t
n -400" per second) and ~, - heating-,
fe"t Ileati'tg (jO6_ lo,
i
(1--lo per minute). Ili ~onnmctiot% with tti4 it is propoped
th'it these two ca.ev of stnicWral succesmIon are caused
by different mechanignis of the formation of ;"Sten'te'
At definite he4ting conditions of a preliminarily stuperlirated and
hArde-rd mteel, the phononienon of ateuclurat xtcct-asion is obovrvod.
which lies in the presence ot a crystallographic bond of the grains of
austonitr for-mmi after. conlilmlon of the phaie Irmn*larmmon U-1111 the
Initial grain* of austenite. which existed before Ihe firml hardening. The
mtructural xucces.ion In manifested most sharply at ~rry fast or at ~~ry
slow heating of the hardened 3teeli in both ca.rv. a veatoration, at tho initW
grains of &uxt~nLte occurs with respect to mailmitude and with r*,tptct to
crystallographic orientation [ 1-3).
NaN
~j

lit refert-tict, t .11 Ow tumuniption -- -pr-eed iti.it ilit. phervm;."on
.f..1 . k"t". A - -om"d by th.. v'I 'I.- I...... ~- .4 11-
f-maticin M it, (AM hi,atiog 4, i~
realized, and in nlow heating the su-callcA h-i-Retious mecbans~tti t.f
diffusion forMatiOll of AUstellite. However, aeciirilmg to 151 , sur the
"'.jo'ity if the itt-l" at the 'perd. of Iwafi"g thot v"" bc
accomplished in practic#_ th-e formation of austtv%Nite occurs by lh~ dW-ion
mechanism. This cipiclueivn. in cvsencju, prexurneci the Identity of
restoration in-li-ij%ni" of the grain in both -ses. it ii i,f interritt to
analyze the effect of iiaric,us factors on the appearance of the structural
sequence in [List and slow heating and, it their effect is unarnb%guo"s.
accorditig to t41 . ~v may aittiume that two "-. of ir-tural te-
quence are cauned. all the manic, by various rnrchanisms of the formation
of zutit-ite,
lit thim article the eflect of ti- chemical composition. preliminary
hardening temperature, tempering after preliminary hardening. and the
reglizie" of coiago-lItig in the zustanite before prellinlitAt-y 1.4rileniets
on chi, i,t ructure picturo af tl- recry~taiii=arton lit ~pralrti heatinic -~X Me
hardened st"I,
Industrial 3trolu were Investigated, the composition of which iio
indIcatod In the table. Some oxVeriments were conducted an steels with
an Increased content of carbon. Repeated heating after preliminary harden-
Ing was accomplished at rates -and by Leningrad
Mashfife -Tool Plant W4~) on-'S";i~-Oles made of 25,11(IMF steel,'with'
~6r pose of evaluating the increase in dura4)ility of components
of the blade adjustment mechanism, for powerfIul. hydraulic Turbine
wheels, obtained by surface strengthening of chamfers by means
of vibrating roller. Data are presented on the shape of samples,
their heat treatment, the.chacafer radius, the number of impacts
per minute, the impact energy,,and etc. A schematic diagram of
,Reel/Frame
. ................ . .

AP0046868
the device used for penumatic hammering of chamfers, and-also a
photograph of the instrument for measuring the groove depth after
hammering process, are g3,ven. The results of the fatigue tests
on various samples with differe~it chamfer radius-presented in a
table and in graphs, are discussed. The effe~ct of surfade stren-
gthening, of scale factor, and of chamfer radius on the endurance
limit is analyzed. The method described here was used for in-
creasing the durability of components of powerful hydraulic tur-
bines of Verkhne-Tulomsko and is being a compulsory shop
practiced original article has 5 figures, 3 tables and
3 formulas.
19790189

1/3 037 UNCL ASS I I ED PqOCESSING DATE-09OCT70
TA-TLE-METEkMINING ABSORPTION OF EXPLOSIVE WAVES ffv' GROUND FROM RECURDS OF
. STRESSES AND STRAINS -U-
AUTHOF.-(03)-lVANUVA, L.A., KONDI-~ATYEVAv T.G.v SCHER130, M.N.
~COUNTRY OF INFO--USSR
~SOUJRCE-MOSCOWs IZVESTIYA AKADEMII NAUK SSSRt FIZIKA MiLls NO 21 1970, PP
21-29
.OATE PUBLISHED ------- 70
SUBJECT AREAS--PHYSICSP EARTH SCIENCES AND OCEANOGRAPHY
_-JOPIC TAGS-STRESS ANALYSIS, STRAiN. LONGI TUDINAL A E SM C AVE, WAVE
'w VE S I I w
AMPLITUDE, EARTH LRUST DEFORMAYIUN, DEFORMATION RATE, WAVE PRUPAGATION,
EXPLUSIONP ELASTICITYi AiISGRPTIUN COEf-FICIENT
._-,r_Ol%TR0L MARKING--NO RESTRICTIONS
DUCUMENT CLASS--UNCLASSIFIC-D
`:PROXY kEEL/FRAML--1991/0727 STEP NO--UP~10387/'10/000/01)~'/002L/00~9
IRC_ ACLESSIG-h NO--Af'OL10455
UNCLASSIFIED

2111- 037 UNCLASSIFIED PROCIESS ING L)AFE-090--T70
CIRC ACCESSION N6--AP0110455
AUSTAACTIEXTRACT--(U) GP-0- AdSTRACT., THE AurHURS HAVE DEYLLOPED
APPARATUS AND A METHOD FOR THE 019-ECT REGISTRY OF fHE NORMAL COMP(J'~iE~NTS
OF STRESSES SIGMA SUBXX (T) ANU STRAIINS,E SUBXX (T) IN kEAL MEDIA; IT IS
POSSIbLE: TO DErERNINE THE ENEkGY LOSS IN THE IN rHF PROP
OF AN EXPLUSIVE WAVE CAUSED BY IMPERFECT MIEDIU.-M ELASTICITY. THE ENERGY
LOSSES DUE r0 114PERFECT ELASTICITY WERE DETERRINED IN THE UPPER PART OF
THE GROUNU FROM rHL HYSTLERESISt LOUP 1~(JRM~b 13Y THL ftP)--:NDLt.CE OF STQ~ESS
ON STRAINt REGISTERED AT ONE POINT OF:TliE GROUND. THE RESULTS OF
DETERMINATION OF THE RELATIVE LOSSES AND THEIR COMPAPISON VITH RESIDUAL
GROUND DEFORMATIONS FOR DIFFERENT E' SUBXX 14AUE POSSIBLE A CLEAR
DISCRIMINATION OF A REGION OF LARGE DEFORMATIONS i E Sklf,'X)( GREATER THAN
10 PRIhE NEGATIVE3) OF THE GROUND AND A REGIUN (IF SMALL DEFORMATIONS i E
SUBXX SMALLER THAN 10 PRIME iN'EGAT'I'VE3)*4 IN THE R'EGIGN OF LARGE
DEFORMATIOINS THE RELATIVE ENERGY LOSS UELTA W-W IS DEP~ENDL-NT ON THE
AMPLITUDE OF THE DEFORMATIONS; THE RATIO DELTA W-1-1 INCREASES WITH AN
INCPEASE Jf4 E SUBXX ANU WHEN F- SU13XX APPROXIMATELY EQUAL TJ 10 PRIME
NEGATIVE2 THE LGSSES EXCEED BY SEVERAL TIMES THE ENERGY OF ELASTIC
DEFORMATION. IN THIS SAME REGIOWTHERE ARL RESIDUAL DEFOkIMATIONS OF THE
GROUND WHOSE MAGINITUDE ALSO INICREASES WITH AN INCREASE IN k: SUBXX. THIS
INDICATES A RELATIONSHIP BETWEEN THE MECHANISM OF ENERGY LOSSES IN THE
R
-GIGN OF THE
E' OF LARGE DEFORMATIONS AND THE RE$IDUAL DFFURAATIONS
MEDIUM.
UNCLASSIFIED

3/3 037 UNCLASSIFIED PROCESSING DATE--090CT70
C rRC AC'CESS101i NO-AP0110455
.ABSTRACT/EXTKACT--FOR 00i:FORMATICAS E SUBXX SMALLER THAN 10 PRIME NEGATIVE3
TtiE,.GRAPH,GF THE DEPENDENCE OF RELATIVE LOSSES 014 E SUBX:~ IS REPRESENTED
-BY A HORIZONTAL ASYMPTOTE ANG THE RATIO UELTA14-1w ASSUMIES A Cfj;liSTANT
VALUE...NOT DEPENDENT ON E SUSXX. RES-11DUAL. L)EF0t