SCIENTIFIC ABSTRACT PCHELKINA, A.A. - PEGOYEV, A.N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002202410004-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 98
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2001
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

2/2 007 UNCLAssI r-m PROCESS ING DATE-04DEC70
CIRC ACCESSION NO-AP0139359
GP-0- ABSTRACT. THE TITLED STUDY WAS MADE GN
-ROTAT.1,NG FIELD AND FORAGE CROPS DURING 1.962-67. T111E FtELD CROPS ~iEzIE
CULTIVATED IN THE ORDER: WINTER WHEATy ' POTATOES r WINTL~'~'. wHEAT' Sf,'RING
WHEAT AND CLOVER, ANO FINALLY CLOVER ALONE. THE FOODER DROPS WERE:
CORNI BEET, AND FEED GRADE BEANS. THE IAGROCHE14. F~ATURI::l OF THE 50ILr
CLIMATE OF THE REGIONt AND DETAILS OF TR.EATMENT OF 1HE -WIL WITH
LIMESTONE AND N-P-K FERTILIZERS FOR EACH CROP ARE MENTICNED. THE
MATERIAL BALANCES OF N-P-K NUTRIENTS FOR EACH CROP IS GfVEN. USE OF K
-FERTILIZER GREATLY INCREASED THE YIELOS,FOR BOTH TYPES OF CROPS. WHEN
CATTLE MANURE WAS USED, THE EFFECTIVENESS OF K ON' THE YIELD 0ECREASErj
SIZABLY. PERCENT UTILIZATION OF K RAINGED 32-44PFRCENT FOR THE FIELD
CROPSt AND WAS 50PERCENT IN THE ABSENCE,!9.F:LIMESTONk; FOR THE FOODER
IT WAS SIMILAR TO 50PERCENTj~ FOR1.80tli THE TYPE OF CROPS, THE
~SOIL FERTILITY INCREASED PROGRESSIVELY WITH FURTHER CULTIVATION.
STOPPAGE OF.K FERTILIZERS IN FEED DOSES tMMEDIATEI.Y REDUC&D THE YIELD OF
THE NEXT CROP IN BOTH CASESI AND ALSO REDUCED THE CONTENT OF AVAILAPLE K
IN THE SOIL IN ALL CASES, THE PLANTS DID NOT REMOVE~ALL K FED TO THE
SOILP AND THIS LED TO MOBILIZATION AND CON'SEQUENT AC(.UMULATION OF K IN
-.-CER,TAIN SOIL LAYERS. AN EXPTL. PROCEOURE.'IS DESCR18ED TO~DET. SUCH
OF K IN THESE SOILS, IFACILITY: VSES4 INST. UOOBRr
~....AGROPOCHVOVED.t MOSCOW, USSR.
-0
UNCLASSIFIC

USSR UDC 616-981-718-06:6l6.9B8.25-c22-395-42-092.9
~A. A Institute of.Epidemiolo,gy and Mdcrobiology :Uneni N. F.
Gamaleya, Academy of Y&dJcal Sciences USSR, Mscow
"Characteristics of a Mixed Infection (Q Fever and Tickborne Encephalitis)
in Experimentally Infected Laboratory Animls"
itarn.,ple Bolezai, No 2, 1972,
PSeditsinskaya Parazitologiya i Paraz
PP 199-203
Abstract: Simultaneous infection of guinea pigs and mice with Coxiella
burnetii and tickborne encephalitis virus markedly aggravated the pathological
process, shortened the prodromal period, and slightly lenj7,thened the course of
the disease. The animals developed viremia and rickettsiemia simultaneously.
The titers of antihemagglutinins and complement-fixing antibodies to both
pathogens increased. Zhe interval between the infections was a significant
factor. For example, injection of virus 2 days after infection with C.
burnetii resulted in the latter's inhibiting reproduction of the former. On
the other hand, when virus was injected 15 days after the animals were infected
with C. burnetii, the rickettsias had no effect on the heio-it or duration of
viremia and their reproduction was inhibited by the virus.

USSR
UDC 533.6.oil
WYMONOV., Yu. N..,'PECHLKINA, D. V. and SMID0114IWIMA., 1. D.
"On the Calculation of the Supersonic Flow Past Bodies Linder Large 1mgles of
~ttacklr
Moscoll.1 Sb- r-abot Vychisl- tsentra Mosk. un-ta (Collection of Uorks of the
Computer Center of Moscow University) No 19, 1972, pp 64-70 (from, Referatilinyy
Zhurnal -- Melld,=ika, No 4, 1973, Abstract No, 41~295 by G. L. Stenchikov)
Translation: A method for calculating the flow past long, bliuit bodies under
a large eagle of attack is described: the -,,.~,ethod is used viien ~Oeculiarities of
the type of diock wwvc, flow separation, etc., arise in Lhe shadow region Of the
current. Outside the ~cparation zone the flow'is celculated -,,'.Lth the aid of the
ideal gras model, which, as is wel I kno-,rn, in this case describes the pro-:.ess
well. Me distribution of pressure in the separation tone is given On thc basis
of experimental data ard the 2-coults of calculationo obttiined for the rcgian
of smaoth flov. For the calculation of three-dimensional oteac-ly flow in the
supersonic reSion the grid nethod is used. The boundarieS Of th-L~ Separation
zone are considered flat and previously set. It is that the Vas f w
in the separation region does not show influence on them yinrell'y -ras-d.)-nanic
region, that is, no additional conditions are Placed on the Zollf'.. boundary.
1/2
2--,
000

D'YAKONIM", IU. N., et al., Sb. rabot Vychisl. -tsenti-a Pbsk. un-ta, Ro 19, 197;~--,
pp 64-70
However it is indicated that such a for.,milation in the (sa-vo vh(;~m tha coIq)C'II(--IIt
o
f
peripheml velocity norml to the separation surface i5 le,,c than the local
speed of sound, but cwTwable to it in value, is also in-correct but
results close to reality.
Results of the calculation of a flow past a bl-oiat cone toader various angles
of attack are -oresented. Uie use of the schei!n practically removes the sLb-
stantial limits vAhich existed earlier on the lenzth of Vit.~ bodir calculat,20..
The scheme is easily generalized to the case uh-en the bounclax-j- of the zon-, of
separation is given or is in the fo= of a function deteyTiiinecl by the results
of experimental iinresticrations or found with the aid of Parameters
obtained in the process of solving the problem.
2/2
19

112 025 UNGLASS! F.IHO' I)RUCC S S f NG 1),'$ f F--- 2 W10,11 7 0
'OR
(02) -P 6N f Sl,'HAVA Y C PCIIE LK I NA V. V.
:~..,~'~CCUNTRY Of- INFC--[~SSR
REFERENCE-CYKRYTIYA, ILOW(FT., PROM. 0-BRAZI-SY, TOVARNIYE ZNA,~[ 1970f
-DATE PUBL I SHE 0-0 9,11A R 7 0
SUBJECT AREAS-BIOLOGICAL AND MEDICAL SCiENCES, CHEM! STRY
01C~ TAGS--VITAVINj COBALT C C?4 P OLI N 0 , 810SYNTHESISt RKILLUS, C0l".,Tj,*,jUoUS
ChEMICAL PATENT
,,._.Ctjqr:r~GL. PARK ING--N0 RESTR 1 CT I QNS
srL-p ~jc-(P4./(,14,
XY REEL/Fk.AML--3Q0_S/l 01) 32/
lill C A C C E S S I C "I" iNG-- --,A A 0 13 0) 114

-s~ I N C 0 A -1, C - -Q:,;
S 7f I r-
I R C A C C E S 1 11 0- AA 0 13 1 L
-..-A85 T:" ACT I '-X'l - ACT-( u) s r it A c T v I T,%~: I NH (1111 i: f
R IVE N I -,r; LG;~t A i C S I f Kl 0 f-I I L 1. G1~ I E T H A-'3 A( I L L U.' KJ Z,i L C EU I I I N
THE Pki: SEi-.C,:La OF CO SAL S

USSR UDC 620.1931-47
TSYWNIKOVA, L. fE., VIGDOROVICH, V. I., and PCPX,-L I Er ~A, Tt,,T., Tambor State
Pedagogicril Institute
"Corrosion and ElectrochenCical Behavior of Certain Ket~`als in Water-Ethyleneglycol
Solutions of Sodium Chloride"
Moscow, Zashchita Neatuallov, Vol 6, No 6, Nov-Dec 70, pp 648-552
1~bstract: This ~xticie contains a study of the:beh~Lvior ol St.3 s-beel and M-1
'COD i water-etlrjlene-glycol solutions as a runc-Uon of the concentration of
per ~1
glycol (20-99.6%) and fluoride' 2 norma),
thylene -ions (up to
e
It was found that the corrosion rate of steel in
solutions drops systematically in-th an increase in the ethylen,~-glycol content.
For copDer this relation is more complex with a gener~il trend towa-rd a decl-ease.
'Under conditione of pericdic heating the corrosion of St.3 steel _-nd coppe:- in
the liqaid ,)hase decreases icith an increasa in the ckiho-ride ion cone entration.
Corrosive deterioration of tl,.e investigated materials ..akes place witth oxygen
depolarizat-i n under cathode control conditions. The proposition has been stated
-0
that at room tamperature and a chloride ion concentration of more than 0.1 gram-
1/2

USSR
TSYGAIFICOVA, L. YEL., e-111- al, Zashchita Metal I ov, Vol 6., Nio 6, IN'ov-Dec 70, pp 648-
652
+ 0 2+
U
ion/liter, ionization of copper to C takes place, Lnd at 80 0 CU it is
poirited out that the calGiOlated corrosion rate of the -found b,,r the polar-
ization cuz-ves obtained duaring the c~ocperiment agree well. with the results of
gravimetric measurements. This is a proof of the electrochei-i-ical mechanism, of
corrosion of the investigated materials-in the inves~~gatad solutions.
2/2

USSR uDc: 621-372.85
IZYUMOVA, T. I.$ PCHELINIKOV, Yu. N.
"A Splitter-Amplifier Based on a Traveling Wave Tubel'
Elektron. tekhnika. Nauchno-tekhn. sb. Elektron. SKA"i (Electronic Technoloey.
Scientific and Technical Collection. SHF Electronics), 1971, vYp- 11, pp
138-140 (from RZh-Radiotekhnika, No 5,~MaY 71, Abstract No 5B149)
Translation: The paper presents the design of a matchingdevice based on-
coupled helices for splitting the signal at the output of a traveling wave
tube; frequency responses.are given for a two-channel split-ter. The authors
show how loading affects the frequency dependences of the gain in both chan-
nels. Three illustrations. Resung.

'S rvic
Acc Nr- Abstracting e e: Ref. Code:
W0049769 CHEMICAL ABST.,5-- 7c
19
101292P Effect of synthesis conditions on the molecular
-eight of polyurethane ureas. Strakhov,,V. V.; Kafengauz. A.
_r , 4v~ag . (USSR). Piast. Alassy 1970, (1), 8-9
P P h YxIM9.1,
(V'A~h~,'he Eitte-polymers (1),were prepd. in CH-,Cl--,-H,,O by a
procedure of V. V. Strakhov (1969). The is-ocyanate prepolymers
In lypr~pylenie glycol of xnol. wt. WOO and
were prepd. fro po
2,4-tolviene diisocyanate at a 2.1,NCO-OH molar ratio. The'yield
and the mol. wt. of I increased with agitalion. Thus, when the
mixt. was stirred fdr 5 and 30 see, the vield and sp.' viscosity in-
creased from 79.5% and 0.78 to 84.0% and 1.43, resp. The mol.
wt. of I was also affected by the order of mixin of the reagents.
The effects of a change in the pH of the aq. ase on the mol.
%Nt. of I were less significani. CKJR
REEL/FRAME
CW1

Glass and Ceramics
USSR UDC 666.1-031,532-5
SOKOIDV, A. A.0 SHEYNKOPO I. M., and gq!TL~AXOVe X9 At
Modeliroyaniye protsessov gidrodIrtamiki.. vyazkikh rasplavov )Modeling of Processes
of the, Hydrodynamics of Viscous Smelts),,Xoscowt Izdatol'stvo Literatury po
Stroitel'stvu, 1972p 191 pp,
Translation of Annotation# The book disousses the physical bases of processes
of modeling the hydrodynanics of viscous smelts, Tbeoratioally based methods
are given for the calculation of convoctiorml and prtxluctioA flows. Ques-
tions are exaridned which concern the influence of internal sources of beat
and bubbling on a viscous smelt, ~Several engineering tasks axe presented
which have been solved by the authors with the modeling methcd.
The book is intended for techniml engineering,-dorkers in the glass
mmufacturing industry and also may be.used,by students at schools of higher
education.
Table of Con-tentst P&ge
Foreword 3
~Chapter 1. Theoretical Bases of Modeling Hydrodymmic Proceases of
Smelts
7
1. Theoretical Bases of Yodel Calculation and Selection of
the modeling Fluid 7
1/4

Rlhz-6- ~11666. '7t~:.-4,.,~--,,;~,i~wl.-f-~g.~! N! Fzl:~T
tll-~-,,i~-,.,L~~,,,, I I I,- I iu':~ vma~iimnu 16. v-rlh- I. Ilh: 11 11~"Iv-i will j T~i 11-1~ I', it ;LIMR-11

USSR
SOKOLOV* A. A., et al.t Modeling of Processes of the Hydrodynamics of V iscous
Smelts# Moscowp Izdatollstvo Literatury po-Stroltel'etvu, 1972, 191 pp
2. Application of the Method of Similarity Theory i0
36 Application of the Dimension Analysis liethcd 22
46 AppIleation of Simibdty Theory Method to the Detemina-
tion of Electric Farawters~. 26

5 Modeling the Electrothermic Process on a Cold Electrolyte 29
6e Modeling a Glams Smelt Whirling Procoss 30
7e 7. Modeling UxingI)evices, 34
Chapter 110 Hodeling Fluids 35
Is Fluids in the Absence'of Electrothermics
Modeling 36
2. .
Modeling Fluids in the Pres4fice-of Electr6thermics 4
Chapter III . Methodology of Seilection:of Modeling Fluid iuld Scale

Calculation 46
Chapter IV, Modeling Assemblies and h1x rimental Technique
Pa
.

1. .
Modeling the Production Flowand Charge Imitation 56
2. Features of Modeling the Temper%ture Field 58
Creating H=Imum Speeds on the Surface of the Modeling
Fluid 60
4. Modeling the Channel and the Production Paxt of the Basin 61
2/4
13

i I-I -I -ii Ir 11:1:Di Init, "u'do i;a Mo~ I- u! v4 7--NA R. TIM11 1.--7-~
USSR
SOKOLOVO A.-A.t at al,, Modeling of Processes of the Hydrodynamics of Viscous
Smelts# Moscow$ Isdatelletvo Literatury po Stroltallstvu, 1972p 191 pp
Modeling Electric Preheating 62
Swirl Xodeling 64
8. Technique for Processing the Experimental Results 65
Chapter V. Analytic Methods for Calculating Convectional Flows of
Glass Mass In Vat Furnaces 70
14 Derivation of Calzulating Formulas for the Convection of
Glasse Flasses in Furnaces for the Production of Shoot Glass 70
2. The Influence of Friction at the Basin Side Walls on the
Distribution of Speeds Along thei Crosscutting of the Flow go
3. Approximate Calculation of Parameters of Convactional. Flow
in Furnaces for the Mechanized Ptoduction. of Inlividual Products 93
4. The Influence of Changes-in Direction of the Glass Mass From
Horizontal to Vertical on the Magnitude of the.Speacl of Convectional
now 97
5. Calculation of Actual Speed MagnitiAes of the Ler4rthvise
and Cxosa Flows of the Glass Mass in Furnaces for the Production of
Individual Products 99
6, Calculation of Parameters of Glass We Flj)w in the Canalp
3A in the Feeder, and in the Channel (Boundary As-oombly) 102

USSR
SOKOLOV, A. A., et al., Modeling of ftvcesses of the .Hdrodyzmaica of Viscous
~Snelts, Moscowt Isdatel'sivo, Litoratury Stroltelf6tvUt 19?2v 191 PP
Po
Chapter VI. Examples of the Modeling of HydrodynamleProcesmes of
Viscous Smelts
105
i. Modeling the Work of Class Malting Furnaces for the Pro-
duction of Sheet Glass 105
2. Modeling the Work of Flow Furnaces 121
Modeling the Work ofXrect!Heating Furnaces 153
4* Modeling the Workcf:the Feede r ~ in the Production of
Continuous Glass Fi1ament bv, a S~ngle-Stuge 116thod 157
Application of Experlsental4St4tistical Nothod In
Modeling HydrodynaA104 167
Chapter VII. Ways of Furthor Developing the Modeling, of tile Hydro-
dynaxics of Viscous Smelts 4 r0
Bibliography 182
-Appendix 187
4/4

t,- 73,
61
"h-4"fl MCUMIUMS AND 71,L 1101ttATIox or VEMCTS IN T117M MIMEPITAXIAL
SILII,"Ri IALMS 1:1 T11J. WN DEPOSITILMi .41-THOD
lArtirix bw r. r, j,vyApj,j, A. L ~,.SL.20v. Ya-A.-Krivnxatov.
12-17 .1-C I'Me. P
I#,* vvernodi of nigisly resoLvinc replIcAs aad alectron ALernacop, av
-iliu=imatian ucrv usad za attW)r ttia w4vraL.~ f-nIjiv in ti,
tr~ an
Pr-enza of thormal vt;htnq,. of It In 3o ottrm 1 'Lr+v vitcuum aad the rrmth me.
't-1- of t1,. .1ttaxial fit.. It I" dero.stratcAd thbt altrr ctthIng. nicro-
and ricro"tares are formed an the substrate Xurfaco, Durinit the film gra~tlj
process. shifting of the" stages In observed,
1. study wan =de of the tynex of defects and their distribution In the
III- wLtIs.ram"act to thickness. The Jntorr*14tta~ was eltablished between
the vm(Ourstler, of the develoved.grawth.surfare, =id.the,lacatian of 0. do-
facts forne,d On the growth ourface reactions flebte place which lead to the
Or"'Aranke oi coherent Interstitial vievarottonim with increased carbon cancan-
tration and subsequent 'conversion of -timem into apitaxiai lipers of silicon
carbide.
Thearotticak votlinates ware-vadfa of the evLr&"IAI growth parameters and
the slastic st"Osto arising during transformatleft of the coherent separations
iota tAllolds particle*.

UNCLASSI FIED PROCESSING DATE--20N(JV70
J-TTLE-EFFICIENCY OF METAL PROfEcuGN WHEN WELoiNG;wirH A FLUX CORED POO
(0 2)- PC KHOO NYA I.K., V*N.
CGUNTRY OF INFO--USSR
",S.OQRCE--AVTCMAT- SVARKA. FEB.- 1970t (211 10- 12
"DATE P U6 L I SH, E 0-- F E B 7 0
SLISJ EC TA R EA S --VEC H. IND., CIVIL AND MARINE ENGR
JOPIC TAGS--NITRUGENt PETAL CCNTAINING GAS,. GAS CONTAINING METAL, WELDING
ELECTRODE, SHIELDED AkC WELDING
:.C&NTROL MARKING--NO RESTRICTIONS
-.DOCUMENT CLASS--UNCLASSIFIED
--2000/OJ14 --UkIO125,1,VOYCIOOIOO;)-IOOLO10012
.RUAvY REEL/FRAME STEP NO
CIRC ACCESSION NO--AP0124073
UNCLASSIFIED_-
11TT

---"212 013 UNCLA~51FIED PROCESSING DATE-20NOV70
~CIRC ACCESSICN No--APOL24073
~ABSTRACWEXTRACT--(U) GP-0- ABSTRACT. ThE RELATIVE EFFI?~AENCIES OF
~:VARIUUS IvETHCDS CF PROTECTING HOT METAL PARTS FROM ATrAACK BY THE
..7l.-SURRCUNDING AIR DURING ARC WELDING ARE DISCUSSEDt WITH SPECIAL REF. TO
-,-:.:.THE LSE OF ;tUX CORED WELDING RODS OF:VARIOUS TY-PF-S ITUBULARY DOUBLE
ERED ETC, I , THEDOUBLElAYERED TYPE, IN*PAkT'lCULAlkp IS VF-RY
IN :INTO THE WFLO MErAL; IT IS
IN PREVENTING THE ENTRY OF
--~S:-~-,EQUIVALENT IN THIS RESPECT TO COATED ELECTRGDE WIRES.:
I F TF n--

Ace. Nr: ADAnAl-f"Adk~ Rdf. Code:
1. 1. Grekova, 1970,
PHYSIOLOGICAL ASPECTS O`F GASTRIC RESECTION
(THE PROBLEM OF FUNCTIONAL COMPENSATION)
ye. 't
Cancer, ulcer, and pulyposis of 71,-!-mTwiz rile accahipanied by consideroble dis-
turbances on tile part of tile digestive systern opgans. Factors determining the functional
state in the operated patients are! as follows: (he exteiit of gastric resection, the time
sed shice tile operative procedure and the level of trawwctioii (if tile vagus nerves.
"
,a
The, processes of conipensatimi are. not ~ regulari..-Ind it accounts for tile presciice of di."u-
a
ciation of Imiction-s uf the digvstive system:org ns.
REEL/MaE
:19790875

USSR UDC 669.71.018.9.4
TSABROV, N. D., VINOKUROV, N. D., MARCIIENKO, A. M., PECHEINEV, V. S., KOPYTOV,
G. A., VOL'KHIN, G. D., BERNSHTEYN, G. G.
"Experiment in Operating a Vacuum Hix.erll
Tekhnol. legkikh sp-lavov. Nauchno-tcikhn,~vul VILSa (Light Alloy Technology.
Scientific and Technical Bulletin of~the VILS), 1970, No 5, pp 26-31 (from
RZh-Metallurgiya, No 4, Apr 71, Abstract No 4G206)
Translation: The application of a vacuum mixer for cvacuating liquid alloys
based on aluminum is expedient and has a number of advantages over the
rmthoda used earlier- the gas caturation of the metal is reduced appreciably;
the technological plasticity of" the ingots is increased; an increase in the
-15% is possible; and the number of defects during ultra-
casting rate by 10
sonic control of the products is reduced sharply. The schematic of the mixer
and its operation are described. There are 4 Illustrations and 1 table.
1 1, H

USSR UDC 612.451-.612.766.2
VYAZNITSKIY,l P. A- -,'and KOROTKOV, D. I,
"Effect of Hypodynamia on the Nitrogen Balance and Glucocorticoid Activity of
the Adrenal Cortex"
Moscow, Voyanno-Meditsinskiy Zhurnal, No 8, 1972, pp 59-60
Abstract; Several biochemical parameters were measured in the urine of 16 human
subjects who remained seated and inactive for 3 days in armcInairs with the backs
tilted at 90, 110, and 140*. The.enforced hypodynamia distinctly increased the
excretion of total nitrogen and creatinine, but only when the back of the chair
was tilted nt 90 and 1400 (at 1100 there was virtually no change). The 1.7-
hydroxycorticostr-,rone. level tended to risewhile the I~Jucocorticoid acLivity
of the adrenal cortex clearly decreased when the subji,',cts' backs were at 90
and 140* angles. Thus, not only hypodynamia but the position of the trunk
affected this function. The excretion of neutral 17-ketostoroidri with urine
increased in the sub'4ects who sat in chairs with the backs tilted at 90 and
140'. These subjects also exhibited a distinct decrease in glucocorticoid
activity of the adrenal cortex, i.e., the increase Ln excretion of neutral
17-KS may have been due solely to the intensification of androgen activity, a
n -rogc
protective-adaptive reaction of the body to the negativ nit -n balmice
brought about by hypodynamian.

USSR UDC 615.21+615.';-)21:547-785-51-Ol-,I.l
NTNA-,-V- m.., 10MINA, N. A., ABATURGVA, K. A., GIU13BENSHCHIKOVA L. P.,
.1
I~AYLOVA, T. V., KlMnENKO, V. IL, and Gimv, A. P.J Novokuznetsk Scientific
Chemical-Pharmaceutical Research Institute
ffSynthesis and Investigation o-.-LC Some Benzimidazole Derivatives. V. Esters and
Ethers of l-Hydrox-,ymethyl- and 1-(2-Hydroxyethylil-benzimidamoles"
Moscow, Knimiko-Farmo-tsev-ticheskiy Zhurnal, Vol 5, No 10j Oct 71, PP 13-15
Abstract: To amalkoxide obtained from.0.04 g-atoin of met!LLUc 1'~a and corres-
ponding alcohol, 0.02 mole of -chloromethylbenzimida;',ole hydrochloride is addad
vith stirring, the mixture is left standing for rieveral hours, t1he precipitate
is removed by filtration, the filtrate in evaporated, ana the oily residue is
dissolved in ethanol. Upon, addition of an alcoholic acid solution the respective
valis of 1-hydroxynethylbenzimidazole ether is precipitated. To obtain esters
of 1-(2-hydroxyethjl)benzimidazole, EL previouzly described triethod was used.
She compounds are moderately toxic, affecting slightly the central nervous -ys-
tem, lowering rectal temperature, and disturbed coordination in some anirmls.
Specific physiological effects of select representatives are reported, but no
general trend is noticeable.
1/1.

USSR VDC 669.017.11
SIDORENKO, A. P., VASYUTINSKIY, N. A., PECHENKIN, V. P., and LUKI*WIOV, L. M.
"Change in the Mass of Titanium Slags During Ingot Cooling"
Moscow, Metallurgiya i Khimiya Titana (Institut Titana), Metallurgiya
PubUshing House Vol 6, 1970, pp 18-22
Translation: It is shown that change in the mass of slag in ingots with
coolfi% depends on the degree of slag restoration, the porosity and size
of the ingot, and, most of all, on cooling conditions. Methods of deter-
mining the increase in mass of slags when they are cooled are described.
Numerical data on increase in the mass of ingots of titanium slags during
coolJmg under industrial conditions are given. One illustration, one table,
and five bibliographic entries.

USSR UDC 669.295.053.24
SIDORENKO, A. P. , VASYUTINSKIY, N. A. , PECHENKIN, V. P and LUK~LMAWV, L. S
"Change in the Mass of Titanium Slaes During Cooli'ng of Ingots"
Sb. tr. Vses. n.-i. i proyektn. in-t titana. (Collected works of All-Union
Scientific-Research and Planning Institute for Titanium], 6, 1970, 18-22,
(Translated from Referativnyy Zhurnal-ikletallurgiya, No, 1, 1971, Abstract
No.l.'G186 by the authors).
Translation: The change in slag mass in ingots during cooling depends on
the degree of reduction of the slag, the porosity and the quantity of slag,
andimost of all on the cooling conditions. Methods art., described for
determining the increase in slag mass during.cooling. Numerical data are
on the increase in the mass of Ti slag ingou during cooling
presented
under industrial conditions. I figure; 1 table.

UNCI.AS-~,il PROtESS 1ING, DATE--13NOV70
TITLE--KI-NETICS OF THE VAC11W-1 ANNEALING OF PRODUCT.S OF CAR90:41FEROUS
FERRQCtiRC-'11E OXIDATION -U-
AUTH0R-(03)-MAZAL_ErS,0Yt G.'O.t PECHENKINt V.S., BAYTAKOVA, R.S.
COUNTRY OF INFL3--USSR
--lH. PRIKL. Kfill%lo (LEN INGR 0) -2
_.SOURCE A 19707 43(3), 670
~:-_.~.DATE PUBLISHED ------- 70
AREAS-MATERIALS
~TOPIC TAGS--OXIDATI.QN, FERROCHROMIUM, METAL REDUCIJONt VACUUM ANNEALING
CONTROL MARKING--NO RESTRICTIONS
'CLASSIFIED
.00CUMENT-CLASS--UN
'PROXY REELII:RAME--1999/1065 STEP NO--UR/0080/70/0~-3/003/0670/t)672
CIRC ACCESSION NO--AP0123058

212 015 UNCLASSI PHD~ PkOCLSSING DATE--13NOV70
CIRC: ACCESSION N0--AP0IZ3058
ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT, THE MATEREAL SUBJECTED TO THE
VACUUM ANNEALING CONTAINED Ck SUB2 0 SUB3 57.2p FEO 4.55, CR 17, FE
14.1, Ai',JD C 1.01PERCENT. THE ANNEALING PROCFSS CAN BF DESCRItIED BY THE
TOPDCVIE,*-i. VOLINGGOROV-EROFEEV EQUATIONS. THE CURVILINEAR ARRHEiNIUS PLOT
INDICATES 2 PAAALLEL PkOCESSES. THE',k EON. OF FFO IS DIFFUSION
CONTROLLED. FACILITY: AkTYU13 INISK. ZAVUD FERX0SPLAVOVj
AKT-YUBLUSKY USSR,
455 i F

WE'S R u tJ c, "Sa 6 -C' o P , :J
BMiTERF-V, A. P., PFCHEN'K0, V. V. P ZRA-5,2011"
"A Device for I'-If-ehanicallv Tuning a Resc;.,~ance -Circuitll i
USSR Author's Certi"icate No 255377, Kled 15 ul 68, pu~viishe(i :,ar -,,c; ron
RZh-Radiotekhnika, No 10, Oct -10, Abstract Ho 10V420 P)
Translation: The proposed device for mechanical!,,, tuning a resonmee c,,* i-cuit contains
a kinematic chain for adjusting the tuning, element, a kinematic- c1nair fol- finri.- tuning
of this element, and a mechanism for switching. the kineinatic chains which is ,controlled
by a mismatch pickup. As a distinguishing feature of the - atent, the construction of
P
the device is simplified and its operational reliability is iqiroved by ~;slng a free
travel nechanism as the mechtuiism for switching 'the Minematic chains. 'D-J.s mechanism
is equipped with a sprocket which is connected to the shaft of the tunin(r. e Lo~=,nt.
Spring- s upporte d rollers fire wedged betweon the sprocket ruid the rial,.; of Uqe worm
wheal for the kinematic chain m-ecl for fine tuning., nle switching ziechanispi is also
equipped with a fork fitted with lugs to unwedge the rollers.

Rare rktals
USSR UDC 546.664124,621.317.412
TIKOV, Y. !. , A-BRIKOSOV, N. HH.,
KUPRIYANOV, B. A., CHECHERI,
and -ZITICHEITKO, K. A., Moscow State University imeni PI. V. Lomonosov, Institute
:of Metallurgy imeni A. A. Baykov, Academylof Sciences USSR
'Wagnetic Properties, of Dysprosium TellUrid es"
Moscow, Neo.rganicheskiye Materialy, Vol 6, No 8, A.Ug 70, pp 1528-1529
Abstract., There is interest in a study of the magnetic properties of the r.e.-m.
Chalcogenides of the yttrium subgroup, most elements in which have a conplex mag-
netic'structure. The authors t -herefore studi-ed compouads of dysprosium with
tellurium: DyTe, D T Dy,7Ta T Te and Dyjell. Moasuremert of the
e4' 3 DY4 e7' Dy
Y3 4 9"
temperature dependence of magnetic susceptibility of dysprosl= tellitrides was
performed using a pendulum balance in the 80-9000K teliq)eratutre interval with a
magnetic field intensity of about 10 koe. The investigations showed that the
dependence of the inverse specific magnaticsu5ceptibiLity an temperature is
linear for all dysprosium tellurides:. 117ho results of the sLudics of the magnetic
properties showed that these compounds have different electi-ical properties fron.
metallic dysprosium and a significantly different nature of exchange interactions,
indicating that the sf exchange interaction is significant in the formation of
complex magnetic structures in the r.e.m.
ffififf 3
JURT
6 ha,

USSR UDC 621.7,78.--,9"
BCGDA:,,KEV-LCH, O.V., ZVEREV, NCHEENOV, A.N., STBIRYA~, 1.0.
00n The DiverEency Oil Radiation Of Lrjeers.Of The 'Radiotivo P, Type, Vith
Electron Pumping"
Mrantovaya elelktron-fl-ca (Quantura Electronica), VoEicow, No 6(12),
Abstract: The dependence is stud-ed of the r-aditition dfver~,-~:-nct,, oi' a n-t-,~con-
ductor laser with a radiative mirror" type reronutor iind 0-o.-utron bo-um
the dist-.=e L to the exterwil mirror. (Pumpinfe, wa-~ eQndi.Icted with a pl-i i~,d
beam or electrons v:hich have an ener
_rv of 170 L-ev, a densily up to
25 a/cm?-, and a dural.-.on of 200 nanosec.) A minimim of 71 clb-crv-
ed at L equLlo 28 ni-, in! a dinm-ter of the exciturl rcvi,.n of micror, whicli
correspondu to t~v dif.Tr:-iction ldnii-t of divur.fenco of thic 0i
oncilln'Zion- Tt is !~ho-vnl thut an luareaue 04" 1, 1~4d-] to D
of the longitudInul vi~)dv. 'gith. 1, equalt. 22 mm the uIeLujol-c-d widf,h oi
amounted kiltoro, 26 --rch 1g'/2
to 0.05 A. I fj.E. 4 rof. Raceived by

Lt~ers ers
USSR U D C, C, 2 13 7 35 3' 5 )
R3 -37VIRISEVILI, A. N. ~NA';T';O%,
BOGM111- =''!C';, 0V :6
P FEDOSEYEV, K. P.
_2~~C-HE;07 A. SVI-:---NK-OV, A. !.)
"A Figh-Pover Send.conjuctor Naser I-Tith Electron Beam PunminEll
V sb. Yvant. Kuf-!rtu.-.q ,f works),
4
No 2 I-10sco"T, NO 7 Jul 71.,
Abstract "-o 'FD--, -13)
Translation: Tw- 4ncr,7-z~cc t- T:v~.cr of a semiconductor ...,ith :3-lec-
tron bea:!i pun.-pin-, t-r.-- gt-,(;-" 'nc-Itiele-e"A of cr .1iim
Ul
arsenidc. md f An Pm-ler of 1.5 ".11141 is acilif-11---ed
when a se-miconduc-tac oa gull-iml axosenide is c:,-t,-it(--d ljy :-tr cloctron
--V F -
beam vitb cr.,nr nd a of DOO A. Two illu.,~tra-
fj--:, five t"ItIc's.

USSR uDc 621-378-35
P 9 G MO. KOT I C0. V., 11II, A.
I DOV, A. S.
PECIIEGOV, A. R SITIUM~Iov, A. I. FEDOSEYLV, K. P. Olt-,
"A Ri&-h-Pbt-.EX Sumiconductor Laser 'With T'lec-ron-13-am Purr-pi.DG"
Mbs,ccnw, K-v,,.ntoVn-- EICItrcln.fl~:a, No 2, 1971, pp 92-~'3
Abstract: I'LdtiDie-element 5truct-ures of gallium arzenide and cad-Trium
suJilde are stuuiud !'or tll~r-- nurpose of increasir- the -.c-l(--r of a Sericon-
ductor pun:pirj. !-.ri er2izsi*n pcwer of 1.5 is
achieved th-cm a c-i-Ilium.- nrucruidi~ sci-dconductor laser is stimulated by a
f
beartof 300 1reV electrons at 300 A. Two figurea, b!blioE;rCj,,-hy of five
titles.

USSR UDO 621-~78-35
BOGDAYMICH, O.V., ZVEREV, H.M., KOLOMIYSVJY, A.N., P
VASILIYEV, B.I.
OMultielement Semiconductor Lacer Of The 'Emitting MIrrorI '11'ype
Ioscow
Xvantovaya elaktronika, M s'To 5, Pay 711 pp 95-96
Abetracti The constriction and some characteristics are doscribed of a =.lti-
element lasbr or the emitting mirror type. A high-voltBpo 'pulse electron gun was
used for pumping of the laser, with a beam energy of 108 kev and a current don-
sity of 20 a/cm-. The polished plano-parallel, dioka 0..2-= thick uood as th~
working mcdium wore cut out of single crystals of n-typo condu,"Avity gallium-
..2) . 10 cri-;1. The
arsenide doped with tellurium to. a concentration of'(I" 18
generation power inoreases linearly with an, increase of tho cross seetion oil the
maltielemeat target. A power of 28 1,Ai is attained with a crystal with a I cm2
area. The halfwidth of the directivity pattern:is 70~, and-the generation spect-
rum consists of Beveral lines correaponding to the modee ol' the Fabry--PorQt
resonator. Received by editors, 28 Apr:71- 2 fi8;. 6 ref.

USSR UDc 621.373.029-7.004.14:681.3
BOGDANKEVICH, 0. V., NASIBOV, A. S. NOVIKOV, A. A., PECHENOV, A. N.,
FEDOIROV, V. B. , TSVE7KOV, V. V.
"Some Possibilities of Applying a Semiconductor Laser with Electron Excitation
in Computers"
Hoscow, Radiatekhnika i Elektronika, Vol XVI, No 5, May 1971, pp 824-828
Abstract: A study is made of the requirements on a cathode ray tube based on
a semiconductor laser with electron excitation beginning with the problems of
creating prospective optoelectronic memories. Experimental and theoretical
results confirming the possibility of satiBfyinB these requirements are pre-
-sented.
The threshold current density is plotted as a function of the electron
energy for various sizes of the excited domain d and reflection coefficients
of the mirrors. With a beam energy of 100 kiloelectron volts and a current
density of 10 amps/cm2 from a cell 210 microns in diameter, the output power
was 5 watts, and the conversion efficiency was 1.5 percent. Since the pulse
length of the electrons in the beam was.10-7 seconds,,the radiation energy was
5.10-7 joules. Consequently, in order to obtain the radiation energy of
1/2

AA,
USSR
BOGDAWaVICII, 0. V., et al., Radiotekhnika i Elektronika, Vol X-4I, No May
1971, pp 824-828
10 -7 joules required to insure a read rate of B = 10a bitsisecond, under all
other equal conditions, the size of the spot on the laser screen of the cathode
ray tube has to be about 100 microns. The pulse power of the radiation will be
I watt and the mean power, 10-2 watts, and a screen with 105 positions will, be
about 40 x 40 mm. A screen spot size up to 300 microns is required to insure
a read rate of 109 bits/second
2/2
11 A

-017 u4c. L:Asst ol
ROC SSING DATE--04DEC70
BASE CATHODIC PROTECTI()N ~ALLOY -U-1
AUTHOR-(03)-FRANTSEVIC.4t I.N., ZHURAKHOVSKIY, A.F.w PECHENTKOVSKIYI, YE.L.
:zi OF INFO--USSR
~'SOURC_E -U.S.SoR. 263pI58
jq 7''.
,,.T.REFERENCE--OTKRYTIYA,iIZOBRET., PROM. OBRAZTSY, TOVARNYE ZNAKI 1970#
~_~..QATE. PUSL ISHED--04F Eg 70
AREAS--MATERIALS
S--ALUMINUM-BASE ALLOYi ZINC CONTAINING ALLOYP CALCIUM ALLOYP
COPPER CONTAINING ALLOYr LEAD CONTAINING:,ALLOY,,3ANGANc'SE CONTAINING
ALLOYt ELECTROCHEMICAL PROPERTY, METALLURGIC.PATE"T
":-CONTROL MARKING--NO RESTRICTIONS
DOCUMENT CLASS--UNCtASSIFIEO
..PROXY REEL/FRAME--3003/1056 STEP NO--UR/0482/70/000/000/0000/0000
CIRC ACCESSION NO--AA0130091
QNCtASS I

UNC A :S17F 0 PROCESSING DATE--040EC70
ClRC ACCESSION NO--AA0130091
GP-0- ABSTRACT, 'AN AL BASED CATHODIC PPOTECTION
ALLOY WITH GOOD ELECTROCHEM. CHARACTERISTICS HAD IFHE F13LLOWING CHEM.
COMPN.: ZN 17.5-20; CA 4.3-5.3; MN Oo25-0.4; IMPURITIES OF FE SMALLER
-THAN OR EQUAL TO 0.25; Si SMALLER THAN,OR.EQUAL TO 0-15* CU SMALLER THAN
UR.EQUAL TO 0.01PERCENT PB TRACESP CWTRACES, AND;AL THE REMAINDER.
MANAGEMENTI A A EMY OF
-FACILITY: INSTITUTE OF PROBLEMS [W.41ATERIAL, 0
UKRAINIAN S.
SCIENCES 9.R.
UNCLA5$11-1ED

USSR UDC 669.715'5'74'891.018.8(088.8)
FRANTSEVICH, 1. N., ZHURAKHOVSKIY~ A. P.5, and
,XYXUjWY�M, Ye. L., Institute
r mrtr,115.4
of Problems of Material Science,, Academy of Sciences Uk ainian R
"Aluminum-Base Protective Alloy"
USSR Authors' Certificate No 263158, Cl. 40B, 21/00, (C 22 c) filed 15 May 67,
published 29 May 70 (from RZh-Hetallurgiya, No 12, Dec 70, Abstract No 12 1797
P)
Translation: An anti-corrosion alloy to protect storafle spaces containing
corrosives on board ships and in installations operating undar conditions of
marine corrosion contains the following (in %): Zn 17,,5-20.0, Ca 4.3-5.3,
Mn.0,25-0.4, admixtures of Fe