SCIENTIFIC ABSTRACT ANATOLIY, S.A. - ANBLAGOV, V. G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000101320007-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 20, 2001
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

(, ANATOLIT, S.A.
Comparative studies on Hempkjilus pertusals cultures growing on
different media; Zhuremikrobiol, epid. i immun. 29 no-9169-73 5158
(MIRA 11:10)
I* Is Inatituta ekeperimeotallnoy meditsiny AMN SSSR.
(KNOPHILUS FMTUSSIS, culture,
comparison of strains from differfknt media (Rue))

IOM, V.I. p-ANATWX~jvAes )WRTOVSKArA, L.P.
Problem of the detection of tissue nntigens. Report No.3:
Compnrison of the sensitivity of anAphylnxis And aarologicnI reaction
in the detection of small donee of antigens [with summnrv in
linglishl. Biul,eksp.biol. i med. 45 no.3;80-85 Mrt58 (91RA 11:5)
1. 1z otdaln milm-nbiologii (zav. - chlen-korrespondent AMU SSSR
V.I. Ioffe) Inetituta ekeDerimentallnoy meditainy (dir. - chlen-
k -respondent AMR SSSR D.I. Biryukov) ANN SSSR, Leningrad.
(ANTIGENS,
detection, compnrison of Berol. & anaphylactic
reactions (Rus))

'f -, .1,
17(2,3) SOY/16.-59-9-8/47
AUTHMSt atoli .-S.A., and ochagova, D.I.
TITLEs Changes in the Properties of Pertussis Strains in Irperimental Animals
PMODICALt Zhurnal mikrobioloSit, epidemiologii I immunobiologit, 1959, Nr 9
Vp 38-43 (USSR).
ABBMACTs In view of the relativaiy little work which has been done on the
change in the properties of Haemophilus-portussis strains, the authors
embarked on a study of the variation of these stridne in vivo by tile
Inhalation infection of white mice. The strains used for the teats
were well studied beforehand with special attention to their agglu-
tinability by immune pertussis first-phase serum and their"sensitivity
to aureomyoin. The tests showed that the developiment of pertussis
infection was aooompanied by a change In the properties of the strains.
R ipertussis strains were Isolated with increased resistance to anti-
blotics and having lost **1r power to agglutinate with first-phase
sera. Infection of animals with strains of the non-agglutinable type
led to the production of further non-agglutinable H. Pertussis in the
animalel these strains comprised as much as " of the total bacterial
Card 1/2 population in the pneumonia nidus. Where Immune mice were Infected

17 (3, 12) SOV/16-60-4-9/47
AUTHORi Anatoliy, S.A.
TITLE: Changes in the ReactJvity of Mice After Their Injection With Pertussis
Vaccines
PERIODICAL: Zhurnal mikrobiologit, epidemiologii I immunobiologii, 1960, Nr 4,
pp 39 - 43 (USSR)
ABSTRACT: The author made a study of the reactogenicity of portussis and pertussis-
diphtheria vaccines, commerical and experimental, prepared in the Insti-
tut epidemiologii. I mikrobiologii imeni Gamalei (Institute of Epidemio-
logy and Microbiology imeni Gamaleya) and the Permskiy institut vaktsin
I syvorotok (Institute of-Vaocines and Sera, Perm') testing th6m on
mice. It was found that the Injection of pertussis vaccine enhanced
the mice'.s sensitivity to reinjection of the vaccine. 'The maximum rise_
in sensitivity was noted on the gth-14th day after the first injection.
This method was then used to classify the batches of pertu4sis and per-
tussia-diphtheria vaccines into highly-active and low-active prepara-
tions. The rise in sensitivity was not specific since it extended to a
number of other-bacterial preparations. The addition of diphtheria
Card 1/2 toxin to low-aotive pertussis vaccines enhanced their activity. Heating

sov/16-6o-4-9/47
Changes in the Reactivity of Mice After Their Injection With Pertussis Vaccines
of the pertusais 4accines to 800C and more deprived them,of their power
to sensitize mice to reinjection of the vaccine. The heated vaccine
retained their toxicity for mice; a crude preparation of the vaccine,
passed through an experimental animal, caused the death of the mice.
Pertussis vaccines thus seem to react on the organism in two ways: a)
by increasing tho animal's sensitivity to bacterial toxin, a factor
which is specific to Hemophilus pertussis, and b) through a toxic
mechanism, similar to that of other species of bacteria.
There are 7 tables and 8 references, 4 of which are Soviet and 4 English.
ASSOCIATION: Institut eksperimentallnoy meditsiny AM SSSR (Institute of Experimental
Medicine of_jLe ~M, USSR)
SUBMI April 28, 1959
Card 2/2

cHisTOVICH, GwrgIy,N1ko3AywIch; AWOIV B-A
tekbno reds
[Pathogenesis of stapbylococcal infections; microbiologicalp
pathological, and immmological aspects] Patogenez stafilo-
kokkovoi infektvii; mikrobiologicbeskie~ obshchepatologiche-
skis i inmunologicbeskie aspekty. Leningrad, Hedgiz., 1961.
215 P. (MIRA 15:3)
(STAMLOCOCCAL INMMONS)

L 549L3-65
ACCESSICIN NR: AP5014290
UR/001ro/65/000/006/0077/0080
616.24-002-022,7-022.16-078
AUTHOR- Illin, G. I.; .Lnatolly, S~ A.; Paderina, Ye. M.; Safvo, L. N-
TITIX: Significance of the biological activity of microorRanJsms in the develop-
ment cf experimental staphylo-coccal infe-ti-... T T P-h--.1,rr,-ho1og1ca1 and nicro-
t~iolopir al characterist ,* cs of staphv InQr -a- n in --c ~c ti:--n to the vini Lenct!
of the causati ,ve agent
,SOURCE: Zhurnal m1krdbiologii, epidemiologii immunobiologil, no. 6, 1965,
and insert facing p. 41
TOPI.C T),GS: staphylococcus, pneumonia, lung, microbiology, pl,agocyte
ABSTRAC"."- In contrast to weakly virulent staphylococci, highly virulent strains
ad-.ninisiered intranasally to mice led t- ti- rie-, -f the micf or to the deve L,V-
mnt of serous-fibrno.k-- , fib rinous -supp;-ira! , vi~ ; and lung abscesses %!) the
surviving animals. Cultures fmm the organs showed that even a severe infection
was usuleilly local and confined to the lungs. Morw-cver, hl.ghly virulent staphylo-
cocci survived and often nultiplied in the cytoplaso of leuko(-ytes in the lunfra.
Card 1/2
'77777

L 5,4953-65
ACCESSION HR: AP5014290
This is particularly Important for pulmonary infections becai--ie the alveolar pha-
go-cytes ar-c- thE first barrier ercmimpmd bv the causative agtmt cf infection.
The syq)tom3 of progressive stag-hylococcal inftc:tion noted In the experimerital mice
wem tN) same as- those associatud with 8t2.p1-1V10C-C-CC81 ppeuwnia in children.
ASSOCIATION: none
SUBMIT710- 240ct63 ENCLi 00 SM 0 Mr : LS
NO REY 30V- 004 OTHM 009

1~
ANATOLI-Y, S.A.
~ ..'
Study 3? tbp biblogloal )etur,- of thp virulent chareeterls ties
of miar6legs.. Repol~t No.2:.Chara-ater of pneumodoecal infectlon i"i
in Uhite iiLv:,,in ri;latior of the course 6f infeation and the
dwe of the pathogen. Zhur. mikrobiol., epid. i imun. 42
no.2:120-124 - F 165.- - . (MIRA 3.8t6)
1. InstItut PkapArlmentallnoy meditsiny AMN SSSRp Leningrad,

jQLjX,-&A.; ILIIN, G.I.; PADERINA, Ye.M.; SAFRC, L.N.
Signi,ficance of the biological activity of microbes for the
development of experimental mtaphylococcal infection. Report
No.li Significance of the virulence of the pathogen in the
development of general staphylococcal infection in intraor-
bitall,y infected mies. Zhur. mikrobiol., epid. i immun, 1+2
no.1:9.3-102 J& 165. (MIRA 18-6)
1, Institut, eksperiDientallnoy rheditsiny AMN SSSR.

PIGAREVSKIY, V.Ye.; WIN, G.I.;
Paradoxical mitigation c ' tox](, Jnfb~,--n-,a nanifertationr ',Mde,-- the
influence of a mild course ef a staphylococcal -rifee
tion of the
respiratory tracts. Vop. virus. 10 no.2:181-18'i Mz--Ar~ I ~ 5.
1. Institut eksperinentallnoy medits'Iny AMN I-Ioskva.

PETRINA, Nikolay Panteleyev:ich;_AKATQLMVL F.A.v kando t*khn. nauk,
reteannent; ABRAMOVICH, G.F., kand_._i;Zhn. nauk, retsenzent;
GURIYEV, V.P., prof., red.; OZEROVA, Z.V., red.; KOROVENKO,
Yu.N., takhn. red.
(Marine pumps]Sudovye naeosy. Pod red. V.P.Gurleva. Leningrad.,
Sudpromgiz.. 1962. 375 p. (MIRA 16.-l)
(Pumping machinery)
(Ships-Equipment and supplies)

ANATOLIYEV Fedor AlekWeivioh; ABAGTANTS, G.A., cjqktor tekhn.
I -- M-11 1,1111- ~
Benze - X09TYGOV, Ye.D., inzh., retsenzent;
8 nt,
ABRAMOVICH, G.A., doktor takhn. nauk, prof., neuchn.
red.; OZEROVA, Z.V., red.; CHUTYkKOVA, R.K., tekhn. red.
(Heat exchangers in marine steam-power plants] Teploobmen-
nye apparaty sudovykh parosilovykh ustanovok. Leningrad
Sudpromgiz, 1961. 494 P. (MIRA 16:101
(Boilers, Marine) (Heat exchangers)

m
ANATOLIYEV, A., vrach
i--
Thyroid and parathyroid glands. Zdorovle 9 no-5:9 Yq'63.
(MIRA 16:9)
(THYROID GLAND) (PARATHYROID GLANDS)

ANATOL I EV 5,
Price of irresponsibility. Sov. shakht. 12 no.6:18-19 Je 163.
(MIRA 16:9)
(Coal preparation plants)
0

ANATOLITEVp Tu.
Conference of the Detachment lAnderre of the Third All-Union
ExOdition of Plonoers and School children. Geog. v shkole 26
no.2:84 Mr-Ap 16). (MIRA 1614)
(School excursions-Congressee)
N

ANATIOLIYEVA, Ir.
In work and in stud~y. Sov. profsoiuzy 17 no-20:34-35 0 161.
(MIRA 14;9)
(Penza-Electronic analoF com3uters)
(Penza--Technical education

AUTOLIM, A.
Along u=sed roads (*Paths of the courageous' by M.Y. Vodoplijauov.
Reviewed by A. Anatollev.) Znan. sila 33 no.8:10 Ag '58. (MIRL 11:11)
(Arctic regions) (Vodoplianov, M.V.)

ANATULtYEV. A.
Greators of claanl;vg machines,
0 162,
(Sanitary
.10:196-20
(MIM"16&2)
nd supplieo)

ANATOLIYEV, A.V C,irid L'ech -ici
diztributiot;- of an ideJ, Medilim4m the wall Bind
bottom of a deep cylindrical vessel." Odessa, 19,58,
15 pp (Vin of Higher itication ~155R. Oficssa Technological
Inst im I.V. Stalin) 170 conies (KL, 50-56, 123)
- 119
-7,

ANATOL'YEV, A.V.; KOVTUN, A.P.; PLATONOV, P.N.
Mechanics of stress transmission in a loose medium. Izv vys. ucheb.
zav.; pishch. tekh. no.4:128-133 161. WRA 14:8)
1. Odesskly tekhnologicheskiy institut imeni IN. Stalina,
laboratoriya mekhaniki sypuchikh sred, kafedra makhanizatsii i
avtomatizatsii proizvodstva.
(Strains and stresses)

LUNTS, Ye.B. (Lunts, IU.B.1 (Odessa); BUDNITSKIY, A.V. [BudnytalRyi,
O.V.] (Odessa); ANATOLIYEV, A.V. [Anatolviev, O.V.] (Odessa)
Determining the frequencies of natural vibmtions of the
columns of boring machines. Prykl. melh. 9 no.4:426-435 163.
(MIRA 16:8)
1. Odeaskiy tekhnologicheskiy institut.
'. * ". -.jF

LUNTS. Ye.13, doktor tekhn. nauk, prof. [dece~asttci-i; vuL)N1"1'jhJY, A,V.,
Yan,;, tekhn. nauk,
kand. tekhn. nauk, dotsent;
dotsent
Approximate evaluation of the static and dynamle rJpJt)Jty of
the bridges of diamond boring machines. lzv. vyq. ucheb. znv.;
mashinostr. no.121l53-160 164. (MIRA 18:3)
1. Cdosskiy takhnc,loj.T1che-.1kiy institut.

SHUBIN, I.0 (Sverdlovsk); LIFOROV,,G., (Rostov-na-Donu); PARUSILAVICHUS, G.-..
(ViXInyW)J G=IN,M.p (AIM-Ata); KASHTAKIXER, Al.; ANATOL11TV, X.;
SERGEYW, N.1 VASILIYEV, K.
Now from everywhere. Sov,foto~ 21 no-3-.44-46* M- 161*
(ML 3J+ 14)
I* Fredsedatell fotoaaktaii Soyuza zhurnalistov (for Galkin).
(Photography)
77

,ANATOLJYEVo F.A.t kand.tekhn.nauk
Nonsurface-type evaporator unit. Sudostroenle 27 no.4:26-30
AP 161. (MMA 14:3)
(Ships-Water supply) (Distilliation apparatus)

ANATOLIYXV, I.
American aviation is an instrument of aggression and brig*ndage. Kz7l.
rod. 3 no.12i2l-22 D 152. (MIRA M)
(United States--Air Force)

ANATOL IYEV.,.j0ppi4_N*q1ayevi,3hj BRATCHIK, Ye.I.p red.
(The passenger's companion; railroad route programs] Sput-
nik passazhira; skheiV zholeznodorozhnykh marshrutov.
lAroslavll, Transportv 1965. 159 p. (MIRA 1M)
fQ

ANATOLOTV R. Ajaatol~iev~ RO. in!.,;b.
Diesel trolley carrier. Nauka i zhyttia no.11:43 N -61.
(MM 14sl2)
(Motortrucks)

ANATO&V V.- SEMENOV, A.; EELYAKOV, M., dotsent, general-mayor
in-'We'nerotekhnicheakc.y sluzhby
Wev publications. Znan.-sila 37 no.9;45 S 162. (MMA 15:12)
(Astronautics)

ggq~.IJEVI A,, vraoh
Gonads. Zdorovle 9 noelOt9 0163 (MIRA 16S12)

ANATOLIYIIU
Some problems concerning the stratigraphy of Devonian deposits In
the Hinusinsk Intermontan(i downvarying. Izv, Sib, otd, All SSSR
no.6t26-35 158. (Him 1119)
(Minusinsk regior-Geology, Straticraphic)

3 (5)
AUTHORS: Anatollyeva, A. I SOV/20-127-3-42/71
4helkoynikov, At D.
,,
_
TITLE: On the Middle Cambrian Red Deposits of the South-west Slope of
East Sayan
PMIODICAL: Doklady Ak-ademii nauk SSSRP 1959, Vol 127, Nr 3, pp 624-626 (USSR)
P3STRACT: During the summer of 1956 the first-mentioned author found that the
red rocks of the region between the rivers Tuba and Syda belong
to the Cambrian and not to the Devonian as had so far 'been
assumed (Refs 1, 2, etc); the second-mentioned author made the
same discovery in the drainage area of the river Kizir on the
outskirts of Artemovsk (Fig 1). Thiswas confirmed by the Middle-
Cambrian trilobites found in concordantly stratified rocks. In
the above region these red rocks are deposited on carbonate-slaty
and effusive-so6imentary Cambrian rocks. In some parts of the
region the roolto lying underneath combine to form the Telekskaya saun
(- MoiseyevskEWa suite according to 0. K. PoldaMa), in other
parts to form the Knyshinskaya, suite. The age of the red rocks and
the entire suite Teplogo Klyucha is classified according to the
afore-mentionod trilobite fauna. The valleys in the region
between the rivers Tuba and Syda, are not filled with red rocks;
Card 1/2 but they are concordntly stratified with the onea Xving underneath and

7
On the Middle-Cambrian Red Deposits of the South-west SOY/20-127-3-42/71
Slope of East Sayan
with calcareous-slaty rocks lying on top. The latter are
undoubtedly Cambrian and not Devonian# as has so far been
maintained. Investigation showed that the red rocks have equal
Btratigraphic position throughout the above regions they belong
to the Lower Middle Cambrian. On account of the distinctly
marked change in facies and the instability of their lithologio
composition it may be assumed that they were accumulated in all
probability under lagoon conditions characterized by unstable
sedimentation. There are I figure and 3 Soviet references.
ASSOCIATION: Institut geologii i geofiziki Sibirskogo otdeleniya, Akademii nstuk
SSSR (Institute of Geology and Geophysics of the Siberian
Department of' the Academy of Sciences, USSR)
PRESENTED: March 6, 1959t by A. A. Trofimak, Academician
SUBMITTED: February 27, 1959
Card 2/2

ANATOLOYEVAX-Anna Ivanow ZVONARZVt I.N.9 ovt.red.; GREMER, R.Nop red.;
Dtratigraphy and problems of the Devonian paleogoography of the
Winusinsk intermountainous trough] Stratigrafila i nekotorye voprosy
paleogeografii devona Minusinskogo mezhgornogo progiba. Novosibirsk,
Isd-vo Sibirakogo otd-niia. AN SSSRp 1960. 50 p.(Akademlia nauk SSSR.
Sibirskoe otdelania. Institut geologii-i goofiziki. Tiudyp no*2).
(MIRA 13:12)
(Minuiiinsk Basin--Geologyp Stratigraphic)
(Minwinsk Basin-Paleography)

-ANATOLITNA A I
11~ ~~~
Cambrian red beds in the Teplyy 11yuch Valley-(Ihstern Sayan Hountaim ).
Gaol. i geofix, no-7t24-30 160. (MIRA 1319)
1. Institut goologii i goofiziki Sibirskogo otdoloniya AN SSSR.
(Teplyy E:Lyuoh Valley-Rocks, Sedimentary)

AUTOLITEVA, A.I.
Comparative characteristics of Devonian deposits in.the Tava
and Minusinsk downwarpings. Doki. As SSSR 135 no.2;391-394
N 160* (MIRA 13:11)
1. Institut geologii iggofitiki Sibirskogo otdeleniya AN
SSSR. Predstavlono akademikom H.K.Strakhovym.
(Minuoinsk Basin--Geology, Stratigraphic)
(Tuva Autonomous Province-Geology, Stratigraphic)

ANATOLOYEVA A,I.---
Stratigraphy of the Devoniaa deposits of the Fqbinak depression
in Krasnoiarsk Province. Dokl.AN SSSR IA4 no*1:189-192 Yq 162.
(MIM 15:5)
1. Inatitut geologii i geofiziki Sibirskogo otdoleniya All SSSR
Predst-avleno akademikom A.L.Yanshinym.
(Fqbinak Reservoir region-Geology, Stratigraphic)

ANATOLIYEVA, A.I.
Stratigraphie position of Devonian volcanic rocks in the
Sayan-Altai told area. Trudy lab. palsovulk, Kazakh. gos, un,
no.56*67-177 '163. (MMA 16W
1. Institut geologii J goofisiki SibirskoRo otdoloniya AN SSSR.
(Sayan Mountains-Geology, Stratigftphic)
(Altai Mountains-Geology, Stratigraphic)

ANATOL IYEXA, A.I.; IRASILIWKOV, B.N., otv. red.
[Comparative chariicterisiics of Devonian sediments in
the Sayan-filtai fold area) Sravnitellnaia kharalteri-
stika devoiiskikh otlozhenii Sainno-Altaiskoi skladchatoi
oblasti. Moskva, Izd-vo "Nauka," 1901, 122 1).

ANATOWYEVA, A.I.
Upper bo=dary of the Late llre-Cambian In the lo%er rbaches
of t~e Ogarao Dokl, AN SSSR 159 no,4t789-79Z D 16L
(MIRA .18,A)
1. Institut geologii i geofizW Sibirskogo otdel,eniya AN SSSR.
Predstavleno akademikom A.L. Yanshinym.

ANATOLIUVA, A.1,
Comparative characterlstics of Devonian sediments in t1he Say&n-
Altai fold area. Gbol. i geofiz. no.7:102-107 16-1.
(MIRA 3.818)
1. Institut goologii i geofizlki Sibirskogo ctdaleniya AN SSSRY
Novosibirsk.

Te.D.; M&TSKO, B.M.
Incidence of disease In the rural. population; data from Bobrov District,
Voronezh Province. Zdrav.Ros.Feder- 3 no.7:3-9 J1 159. (MIRA 13g1)
1. Is Institute. organizateii zdravookhraneniya I istorii meditsiny in.
N.A. Semashko MintsterBtT& 2dravookhranentya SSSR (dir. A.D. Ashurkov).
(BOBROV DISTRICT (VORONEZH PROVINCE)--DISK&SXS--RX M TING)

ANATOL I YXVA. E.
-
*Atlantis, the antediluvian world" by Ignatius Donnelly. Reviewed
W Z.Anatolleva. lUn.tekh.no.1:78 S '56. (MMA 10:3)
(Goo ap ical myths)
Donnelly, Ignatius)

ANATOL'YEVSKIY, Pavel &-amovich; SIMMOV, Oelp Markovichi Prinimals
I'l~-ANOKMA-V-,~9-6'f-,~-.~,PIOMMKOV, N.A., prof.. doktor tekhn.
nauk, nauchnyy red.; BATRAKOV, V.A., red.
(Hydrogeological observations in boring and testing wells for
water supply; methodological directions] Gidrogeologlehookis
nabliudeniia pri burenii i oprobovanii skvachin dlia vodoanab-
shenlia; matodichaskis ukaraniia. Pod nauchn.red. N.A.Plotni-
kova. Moskva, H-vo stroit.RSFSR, Glavapeteprometroi,.1939.
147 p. (HIM UzI2)
1. Gosudarstvennyy Proyektnyy institnt "Spetestroyproyakt" (for
Anotollyevskiy, Shneyerov).
(Water-supply engineering) (Boring)

ANATOL IYEVSKIY,, P.A.P inah.
Using asbestos coment pipes to line artesian wells. ~bnt.i
spets.rabov stroie 23 no.8:2~-21 Ag 161. (KMA 14:8)
1. Giprospetsproirstroy.
(Pipe,Agbetitoo-cement) (Artesian wells)

AN'ATOL'YEVSM Pavel Aramovich; MALOYAN, Armenak Vladimirovich;
SHEYEROV, Osher li~~Wifi~evich; SILUEV, Ya.A.,, rad.
KAYESHKOVA, S.M.p ved. red.; BASEMAKOV, G.M., tekhn. red.
[Technical methods and equipment in rotary drilling of water
wells] Tekhnologila bureniia skvazhin na vodu rotorrom spo-
sobom, Moskva, Gos. nAuchno-tekhn.izd-vo neft i gorno-
toplivnoi lit-ry, 1962. 247 p. ?MIRA 15t2)
(Boring)

ANATOL'YEVSKIYp P.A., inshe
Boring large-di&meter holes. Mont. i spets. rab. v stroi.
24 no.6:27-29 Je 162. (MIRA 15:6)
ABoring machinery)

--ANATOL'YE,VSKIY..Pave1 Aramovich; GANICHEV, Ivan Alskaandrovich;
SHF-YERDV, Osip-99-a-rlko oh. Prinimal uchaBtiye: PENIKOV, A.I.;
FAYERMAN, N.B.; KUL:CCHIKHIN, N.I., doktor tekhn. nauko prof.,
zaal. dayatell nauk-'L i tekhniki RSFSR, retsenzentl FEDDRDV,
B.S., Innh., nauohnyy red.; FRIDKIN, L.M.,, tekhn. red.
(Drilling technology in building power installations) Tekh-
nologiia bureniia v anargaticheBkom stroitel'Btve. Pod ob-
shchei red. I.A.Ganichava. Moskva, Gosenergo12dat, 1962. 407 p.
(MIRA 16:5)
(Boring)

ANkTOLIUVSKIY, P.A.
Nev types of screens for artesian veno. Mont. i spots. rab.~ v irtroi.
25 no.3.-18-21 Mr 163. (WOU',116:2
I* GosudarstvemW inotitut po, proyektirovaniyu opetsiallnykh sooruzheniy
promyshlenmgo stroitellstva.
(Artesian vells)

FAYFRMAN, IN.P.
FJlters from a punched-drawn plate. Riul. m%uch.,tekh. inform.
VIK, no.200-32 163. (MIRA 18:2)
1. Gcsudarstvennyy institut po proyektirovanlyu npetoiallnykh
scor,c7henly prorVshlennego strcitellztva i ShaklhU4petsstroy.

ANATOLIYEVSKIY, P.A., insh.; TALOVA, M.A., insh.
Methods for increasing the yield of water wells in the United States
of America. Gidr. i mel. 15 no.4354-59 Ap 163. (MIRA 16:5)
(United States-Wells)

ANATOLIYEVSKIYj F.A.0 inzh,; GALIPERIN, L.V., inzh,
Suction boring durirg erection of bridge pile foundations. Transp.
stroi. 13 no.S468-7D S 163. (NIRA 16:12)

ANATOLOYEVSKIY. P.A.; GALIPERIN, L.V.
Installation of a i3eepage control curtain by the suction boring method.
Osn. fund.i makh.grun. 6 no.101-32 164. (MIRA 17:2)

ANATOL'YEVSKIY. P.A., inzh.; G111PERIN, L.V., inzh.
Rotary and suction method of boring. Gorahur. no.4.-75-77 Ap
,64. (MRA 17:4)
1. Gosudarstvennyy institut po proyektirovaniyu spetsialInylt
sooruzheniy promyshlennogo stroitellstva Gosstroya SSSR.

ANATOL'YEVSKlYp ~.A., inzh.; GALIFERIN, L.V., irizh.
Construction and calculation of radiant water intakes in the
Federal Republic of Germiny. Vod. i san. tekhp no.906-38 S
164,, (MIRA .17t11)

ANATOL'YEVSKIY, Pavel Aramovich; MALOYAN, Arrrdnak Vladimirovich;
Smsm m-,O-8-Wr-ff6fiae--leyevioh; VOLOD'KO, I.F. , kand.
tekhn. nauk, nauchn. red.; DAVIMSHIN, Z.V., inzb.-nauchn.red.;
S
KAZIM]21-BALASHOV, A.I.0 inzh., nauchn. red.; KAYESHKOVA,S.M.,
ved. red.
[Operation and repair of water wells) EkspluatatEiiia i re-
raont vodiarWkh skuzhin. MciBkvag Izd-vo "Nedra," 1964. 211 p.
(MIRA 17:5)

A14ATOLI.-YEVSKIY. Pavel Aramovich; GALIFERIN, Lemid Vladimirovich;
KAVYIN-BAA011HOV, A.I.,, inA., nauchn. red.
[Intakes for underground water; practices abroad in de-
signingp constructing, and maintairing radial iritnkeslvo-
dozabor podzemiVkh vod; %%rubozymy, ogyt procktArovaniia,
stroitel'stva i ekspluatatsil luchevykh vodozaborov. Mo-
skva, Stroiizdat, 1965. 117 p. 18:.10)

ACC NRs MOWM
Monograph
GanichevP Ivan Aickswidrovich; Ant Shneyerov, Osip
Markovich
iorina operatiorls in construction (Proizvodntvo burovykh rabot v stroitellotye)
Moscow, StroyAzdat., 1966. 330 P. illus., biblio, 4000 copies printed,
TOPIC TAW: drilling machine, well drilling machinery, boring machine, conatruetion,
general construction
PURPOSE AND COVERAGE: This book is intended for engineers and technicians working
on the desio and building of special industrial structures. It may also be
used as a textbook by students of building institutes and technical institutes
of higher education. The book discusses the basic methods of drilling used in
industrial anji civil construction for the erection of foundations, underground
oil and gas z*servoirs, blasting, the anchoring of rock, etc. Data is,presented
on drilling technology and the necessary equipment, instrumentation, and ma-
terials. Pribary attention is devoted to the technical and economic factors of
drilling and to advanced experience in production. The authors express tneir
deep gratitude for the valuable advice of Doctor of Technical Sciences, Pro-
fessor B, 1. Vozdvi2henskly, There are 99 references, 88 of which are Soviet.
TABLE OF COMMM (ebridged)
Foreword -- 3
Part One. Basic Data on the Technology of Drilling Operations in Construction 6

Nit, AM60336661
Ch. 1. Drilling methods used in construction 6
Ch. 2. Percuiaion drilling technology -- 12
Ch. 3. Rotary drilling technology 25'
ch. 4. Percussion-rotary drilling 51
Ch. 5. Vibration drilling technology -- 57
Ch. o. Hydraulic drilling technology -- 63
Ch. T. rjlhermdl drilling technology -- 68
Ch. 8. Horiz6ntal drilling technology -- 71
Part Two. Accomplishing Specializ6d Construction Operations Employing the
Drilling Method -- 79
Ch. 9. Drilling operations for the erection of deep-laying pile foundations
and footings -- 79
Ch. 10. Drilling operations for the artificial strengthening of soils and
the construction of antipercolation barriers -- 122
Ch. 2.1. Drilling boreholes and blastholes for demolition operations -- 175
Ch. 12. DrilAng boreholee for establishing underground petroleum-product
and gas reser~bire -- 236
Ch. 13. Drilling boreholes for water supply and drainage -- 251
Ch. 14. Horiziontal drilling for laying underground pipelines -- 298
Ch. 15. Dril]Ung during construction engineering surveys - 314

ANATOVSKAYA, V., nauchnyy sotrudnik
Living conditions, health and occupations. Sov. profsoiuzy 19
no.15s46 Ag 163. (WRA 16:8)
1. Ukrainskiy nauchno-issledovatellskly institut gigiyeny truda
i profeasionallnykh zab3levaniy.
(Mercury--Toxicology)

~U~l ~ lu

j T
PISXUNOVA, V.G.-'AIIATOVSUTA, V.S.. GRUTEN', M.D.; IMRUBBIIKO, A.B.
(Kha r I k0) - NOWASNEW.F
Observations of the state of health of persons working with high-
frequency electromagnetic fields. Gig.truda i prof.zab. 1 no.6:
27-30 N-D '57- (MIRA 11:2)
1. Klinilca Ukrainskcgo institute gigiyeny trade i profzabolevaniy
("TROMA GIST ISM--PHTS IOLOGICAL E"ZCT)
(AINCTRIC IIIDUSTRY WORKOS--DISPAASPbS AND HYGIM)

RUIAANIA/Cherdcal Technology. Chemical Products and Their
Application. Safety Engineering. Sanitary
Engineering. H-6
Abs Jour: Ref Zhur-Khiri., No 13, 1958, 43787-
Authcr Piskunova V. G., %natovskaya V._.�., Korotkova G. D.,
Nerubenko A - D -, -M-n-ilov V--r-, Ermn M. I., Yere-
mina Z. I
Inst
Title labor Hygiene Problems in the Production and Use of
Denzanthrone.
OriG Pub: An. Rom.-Sov. Ser. igiena si organiz. sanit.) 1957,
11, No 2, 57-61.
Abstract: It translation. See RMKhin, 1957, 21784-
Card :1/1

ABRAMOVICH-POLYAXOVt D. X.; ANATOVSKAYA, V. S. (Kbarl)cov)
Rare case of porphyrimiria. Gig. truda I prof. zab. 5 no.7:52-53
Jl 161. (MIRA 15t7)
1. Ukrainskiy naxichno-.issledovatel'skiy inatitut pigiyeny truda
i professionallnykh zabolevaniy.
(FORPURINURIA)

Oti
CA
11todwOm of posed oft, A-Aft;~~I. Mio-
Aaww Prem. If. %o. IL 37-SCIIM).-Tbe "gamcil"
k ucvd b coDd the I&I for ==Ik
=
= by in a I
44 days. so that IS-20 stmo. ptrame Is built up.
V, peuduct is a fasmy1=2 Uquid. with pleawnt
tame hv bet( d" dispersion 0( "Sein.
wQls "a yapi;= Its beclaW oW rmt count
is lower t ma that of anHwy sooF mft exid the product is'
MM to bfivv therspriltic value for Sastro-hatembuil cams.
G. M. Kasolspoe

AU)ATOVq T.Ng AANATOLIYU=~j- P.A. I ANOKHINAP K.T.; ORECHKIN, P.M-;
FWXH6 Vj;j 1ANovu, -.I.; VOLNYANSKn, A.K.t glavxWy rod.j
PLOTHIKOV# N.A,# profv doktor tekbn.naukp zaaluzhonrjyy doyate.11
nauk RSFSRq red.1 KAZIMIN-BALASHOV, A*I.p inzh., nauchi7yy red.; $OKOLOVp
D.V.t red.; TARAN, V.)),j red.1 SMIEBRMIKO'V, S.S., red.; MIKH I
X*A.q red.; STAROVIROVv I.G., red.; VOLODINj V.Ye.q red.j
NIKOLAYZVSK31p Yo*Yaop redo; SHERSHUKOVA, M.A., red.izd-va;
TMINAp Ye.L.p tekbn.red. 4
[Manual for specialized work; design and construction of'water-sWply
wells] Spravoobnik po spetsiallrym rabotam; proaktirovanis I soorusbe-
nie skyubin dlis Yodoonabzbeniia, Pod obBhchei red. N.A.Plotnikova.
Moskvap Goo.izd-vo lit--ry po stroit.p arkhit. i stroit,matoerialm
1960, 233 Pe (MIRA 34M
1e GosWarstvsmW institut po proyektirovaniyu spetsiallufth sooru.-
zheay provVehlemnogo stroitelistva.
(Wells)

ANATOL"XEVSKIY, P.A., inzh.
Boring d-vice for sinking concrete piles and drilling artesian
wells. Mont. i spets. rab. v stroi. 23 no,.l2z2&-28 D 161.
(MIRA 15:2)
1. Gosudarstvcmiyy institut po proyektirovaniyu speteiallrjkh
apetsialinylb sooruzheniy promyshlennogo stroitelistva.
(Boring machinery)
M7191 rM

ACC NR.- AP7002162 S-OURC-E-Cbb~~--.-DK/6099-/66~/0217006/0439'/04 45--
AUTHOR: anov, 0. S.; Bukayev, P. V;;. Vakhrushin Yu. P
,A. I.; Bogd I
Halyshev, 1. Fs; N livayko, G. A.; Psvlav, A. 1-; Suslov A.; Khal chltai4, Te, r.
ORG: none
TITLE: Linear indiction~accelarator
SOURCE: Atomnaya ~nergiya, v# 21# no* 6, 1966, 439-4 ;45
TOPIC TAGS: linear! accelerator, electron acceleratoril mev accelerator
ABSTRACT:
A description is given of the LIU-3000 linear induction accelerator, which
was desig-ed a~ft Scientific-Research Institute for Electro-Physical Devices
(NIIEFA) in ~-962. The IAU-3000 was designed for an energy of 3 Mev and a
pulse curren of up to 200 amp. Its operation for electron acceleration is
based on the Vilization of a rotational electric field, created in a
system considting of several circular traqsformers. The maximum possible
current of accelerated electrons in such an accelerator with focusing
sufficient Zompensate for the repelling force of the space charge, is
determined balaically by the power of the commuting element in the primary
circuit of tWe inductor. The LIU-3000's pover can be brought to
1000 amp/pul a# what Is impossible in other types of accelerators. The

SUB
ATD
i4R.
LIU-3000 consists of a series of accelerating sections (the first of which
was adjusted ' 1963). Each section consists of 12 inductors which are
vacuum sealed to permit a vacuum of 5 X 10-6 torr inside. The sections are
connected pairs Into units with the aid of special pipes. Pumping and
observation dtvices are situated between the units. The following data
were obtained,from tests: maximum current of accelerated electrons, 180 amp;
maximum ene'r of injected electrons, 300 kev; energy of accelerated
electrons, 48 kev; duration of the current pulse of the gun, 2.2 psec;
081
pulse duratio of the accelerating voltage, 0.35 lisec; duration of the pulse
front of acce~arating voltage, 0.18 usec; average gradient of accelerating
field, 310 kvim; and diameter of the accelerated beam (at the exit), 2 cm.
In addition ti the authors, other staff member of NIIEFA who participated in
designing anditesting the LIU-3000 were R. A. Alekseyev, L. M. Andrezen,
A. V. Belyaye4a, 0. D. Volodin, M.-A. Gashev, V. K. Gagen-Torn, M. K.
D'yachenko, NJ V. Toloknov, Yu. V. Lebedev, A. A. Markhell, P. G. Moreyev,
A. V. Popkovi~h, A. N. Popov,, S.- V.'Promyshlyayev, G. L. Saksaganskiy, Ya. L.
tkkhelis, and' A. T Chesnokov. Th; authors thank V. 1. Vekslar and V. P.
Saratsev for &eir hal*p with the work. Orig. art* has: 4 forwiliss and
11
CODE: 20/ SUB~ DATE: 14Apr66/ ORIG REFt 003/ OTH REFs 001/
PRESS: 5M

S/181 '652/004/006/041/051
BI OBIBI 38
AUTHORS: Pilat, 1. M., Xnatychuk, L. I., and Lyubchenkof A. V,
TITLE: Heat conductivity of cadmium antimonide
PERIODICAL: Fizika tverdogo tela~ V. 4, no& 69 1962, 1649-1654
TEXT: The temperature dependences of the ccfficient x of heat conductiont
electrical conductivity d, thermo-emf a, and Hall constant of p-type CdSb
single crystals were measured in the range of 77-4200K. x was measured
with thermocouples in a steady flow of heat (Ye. D. Devyatkovaj 1. A.
Smirnov. ZhTF, 27, 1944, 1957)- At lo*w temperatures heat conduction in
mainly due to the phonon mechanism. This was confirmed by the hyperbolic
x-veraus-T curves. At high temperatures, however, a rise in x of CdSb
single crystals was observed. This appears to be due to the transmission
of infrared light at high temperatures. There are 6 figures and I table.
ASSOCIATION; Churnovitakiy goaudarstvennyy universitet (Chernovtdy State.
University)
SUBMITTED: November 29, 1961 initially)
Card 1/1 February 22p 1962 rafter revision)

4 A09 T)"C 14tfK, t..
MaSnet:c properties of sc:ziconductors. X. D. TovstyL;k.
in:.s presenzation of the foi1cw.nG papers:
Ansotropy ~D` susceptibility of sc.-niconductors. K. 3. Tovstyuk,
E. 1. Slynko, 1. M. Stakira, 0. A. Soretz.
`~zz-nct.'c ant-I zinermrmagnetic properties of hqTa, PYTe, S
K. D. Tovszyuk, K. P. Gavaleshko, Ya. S. Budzhak, P. M. Starik,
P. 1. Voronyuk.
'~:acnet4c susceptibility,of Cd-je and ZnTa. I. V. Potykevich,
A. V. Savitskiy.
.r.acnetic properties of the system HgTe-CdTc. K. 0. Tovstyuk,
1. M. RarenKo, I. V. Potykavich.
^nIsotropy of the thermal conductivity of CeSb I. M. Pilat, L. I.
natychyuk.
Electrical, magnetic, and optical pro?erties of the system Inje3-CdTe-
V. FozykQvich, A. 1. Eelyayev, S .'O.PLI r3.
?ro:Pi.:rtiQ-, of crysta!~, of CC-.'W- cop,;d of ZV C.-d

PIIAT~ I.M.;,ANATYCHUK, L.I.
Fhysical properties of some alloys of the system CdSb ZnSb.
Ukr. fiz. zhur. 8 no.7t756-761 J1 163. (MIM 16:8)
1. Chernovitskiy gosudarstvonnyy universitet.
(Cadmlw~-antimony-zinc alloys)

PILAT, I.M.; ANATYCHUX L I,
I)roperties of aRdmium antimonide alloyed with gold. Fiz. tver. tela 5
no.12:3616-3617 D 163. (MIRA 1712)
1. Chernovitskiy gosudarstvannyy universitst.
Offli!- ~M

ACCESSION NR: AP4011732 S/aBi/64/006/001/0025/0028
AUTHORSt Pilat: L He a* Ai~a
TITLE: Anisbtropy of thermal condw-tivity in cadmium antimonide
SOURCEs Fizika tvardogo tela, v, 6., no* 1, 1964j, 25-28
TOPIC TAGS: anisotropyj thermal conductivity., anisotropic thermal conductivity.,
cadmium antimonidg, heat transfer., electron hofe pair,, electromagnetic radiation.,
diffusion
ABSTRACT: The stUdiezi were made in the temperature interval 100-L2.01Ce The setup
for the experiments is shown in Fig, 1 on the Enclosures, Results of measurements
in the L'6107 and LZO17 directions are almost identical) but the thermal conductiv-
ity along 71007 is sUmewhat less. Results of measurements on two series of samplo&
are shown Tn Fig. 2 on the Enclosures. It is concluded that at temperatures above
240K a substantial role is played by beat transfer through electromagnetic
radiation and didusion of electron-holo pairs. "In conclusion., the authors
jamoylovich for discussing the results and
express their thanks to Professor Ae Go-
Card l1ka,
Ir

ACCMION NRs AP403.1732
+ for' ant'
also to-A. N. Bo the measurem a, which'were made on an IKS-12.11 Orig.
has: 4 fig-area. t.
11
ASSOCIkTIONz Chernovitakly gosudarstvenrV*y universitat, (Chernovtoy State
University)
SMUTTED: Wunb DAT9 ACQ: Web64 ENCL: 02
SUB CODEj PH No SOVS N3 OTHER: 009
Card

ACCESSION 11q: AP4034939 s/0181/64/006/005A5~0530
AWHORS: Pilat, I. M.; Anaty*~huk, L.' I.
TITLE: Cadmium antimonide with-inJium impurities
SOURCE: Fizika tverdogo tola, v. 6, no, 5, 1964, 1528-1530
TOPIC TAGS: cadmium antimonide, sulfide group, electric conductivity, thermo-
electric emf, Hall constant
ABSTRACT: The authors studied the effect of In impurities (0.01, 0.025, and
0.1%) on the electrical conductivity (up to 1000K), the thermoelectromotiVe
lorce (up to 400K), and the Hall constant (up to 100010 of CdSb. The conductivity
and amf were measured in the [0101 direction. -The Hall constant wasmeasured
with the electric current along f0103 and the magnetic field along [100] . The
results are shown graphically in Figures 1-3 on the Enclosures, It was foUnd
that In iMDurities in CdSb give rise to deep donor levels'with activation energies'
of 0.27-0.31 ev. At low inpurity concentrations these levels are responsible
for componsation of acceptor leveb in thelow-temperature range. Parts of the
levels will be ionized, giving rise to both donor and acceptor levels with the
same energy. At higher impurity concentrations donors become much more abundant
Co. d 115

ACCESSION DR: AP4034939.
than acceptors, and the type of conductivity changes. "In conclusion,.the authors
express their sincere-thankd to Professor A, G. Samoylovich for his constant
interest in the work and forhis discussion of the experimental results." Orig.
art. has: 3 figures.
ASSOCIATION: Chernovitskiy gosudarstvenrq*y universitet (Chernovtsy'Staie
University)
SUBMITTED: 23Dec63 DATE ACQ: 2OMay64 ENCL:- 03
.SUB CODE: ~M, Ss NO REF SOV: 005 OTHER:. 002.
Cord. 2/5
lp-u--k!=~qqa -41X.8.LY- ta~ ELL- tIEWX F%lr;.",Pl-,gl~Ff-.,~1,9~sr-'aaEh--L~,jkuamkiy,~OM r

L17
q '0
J 4 5
0.17 ev
0.64 ev
0.7Z e
. ...............
Fig. 1. Temperature dependence of
electrical conductivity in CdSb with
In impurities
I- CdSb; 2 and 2a- CdSb + O.OL/;;', In;
3- CdSb + 0.025,'J' In; 4- CdSb + 0.1% In.'
OP
Ci

C

A.CCESSICIN IM: AP4034939
ENCLOSURE: o2

(D .0
a Eo
(D
/
/

14 0
(D 0

E- 4

ID
4J

Card 4/3

alM
ilt- u VIE

Cj
600

400 .

WOO
IIZ

to 200 xg K400 r
/e
,
zoo
400
Fig. 3. Temperature dependence of
the thermoelectric e--f of
CdSb with Im impurities.

CA

0

-COD~'i--WOIBI-/66/608/008/2492/NW
I ACC NR, APS026?iB soullea
A
AUT11ORi Luitol 0. Ya.
ORGs Chornovtsy State Univorsit. (Chornovitskiy gosudarstvonrwy universitet)
10
TITISS Thermoelectric eddy currents in CdSb
SOURCS1 Fisika tvardogo telap ve 8. no, 89 1966, 2492-2494
TOPIC TAGSt antimonidev cadmium comrpoundp eddy currentp thermal emf
ABSTRACTI -Eddy urrents were moasurod in discs cut out of CdSb sLng-lecrystale in
the (100) crystallographic Dlano. Whon a tamT)arature field of the form
-4- A-7:
T== To a I XY
is created in such samples, thormooloctric eddy currents with centers coinciding with
the center of the sample arise (x aml y aro the coordinate axes coinciding with the
main cr7stallographic directions in the crystal, To Is the temperature of the canter
of the sample# AT is the maximum tom)oraturo difference on tho samplev and sk is the
radius of the smpla). The density i)f the eddy current at diatance from the oanter
is
ar 00.
(2)
~-Card 112

INAM
ACC NRt Ap6c26718
where crx and d~hare components of the electric conductivity tonsor and ax and ay are
comoonents of e thermal omf tensor. The current I was measured by the compensation,
nothod ataT = 12-C and To betweon 20 " 1200C. Fig. 1 shows the dependenoe-of 1n I
on I/T for a sample with a = 24 mm, b = 10 m, h = 0.8 mm. At 20-700C the increase
in eddy current with rising temperature is due to an increase of the electric conduc-
tivity in the region of intrinsic conduction and to an increaso in the anisotropy of
the thermal emf CL, - C~r from 80 O/deg at 200C to 185 PV/deg at 7000. At higher tem-
peratures (70-1266C), the anisotropy of the,thermal emf does not increase appreciaWy
'with temperaturep and therefore the increase in eddly-ourrent is due mainly to a change
in electric conductivity. The forbidden gap width AS of CdSb was determined ftm the
temperature dependence of the eddy awrent to be 0.46 _eV. Orig. art. has$ 2 fijmve
and 3 formulas.
Fig@ 1e Temperature dependence of
thermoelectric eddy current.
X 40 CO W W LVT.*c
SUB CODEs 20/ SUBM DATSs 17Fqb66/ aqj(l pZFS 003 . 0.TH WI 003
Card 2/2

4,
ACCESSION NR: AP4041372 5/0048/64/028/006/1040/1043
AUTHOR: Pilat, X.M.; Anat-v*chuk. L. 1.
;TITLE: Anisotropy of the heat conductivity of cadmium antimonide 5e port Third
Conference on Semiconductor Compounds hold in Kishinev 16 to 21 Sep 1969 t
'SOURCE: AN SSSR.-Izvestiya. Seriya- fizicheskaya, v.28, no.6, 1964, 1040-1043
TOPIC TAGS: thermal conductivity, anisotropy, cadmium inorganic compound'
ABSTRAM The thermal conductivitiom in the , (010~, and directions of!
1 CdSb single crystals were measured at temperatures from 100 to 420cK. The Hall- con-!
stants . electric conductivities, 4nd -thermal emf Is of the, specimens were also mea-
sured. The crystals,wore grown by the zone recry3tallization method. Triply vacuum
distilled cadmium and antimony were employed, and the impurity' concentration in the
final crystals did not exceed 5 x i013 cm-3, All the specimens wore p-typo semicft-'-
ductors. The thermal conductivities wore measured with a steady state method. Radivr--
tion lesson were minimized.byestablishing a temporature gradient in the aide wall
of the container equal to that in the sample. The thermal conductivities in the
O:L> anii dirdations were fpu~d to be equal and approximately twice that In