SCIENTIFIC ABSTRACT ARKHANGELSKAYA, E.P. - ARKHANGELSKAYA, A.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000102020008-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: July 27, 2000
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

USSRAluman and Animal Physiology. Sensory Organs. T
Abs Jours Rof Zhur-Biol., No 8$ 1958, 36937.
Author krkhangolskaya, E.P.
Inst
Title The Dynamics of Changes in the Blind Spot of Ono Eye
in Traumatic Conditions of the Othor Eye.
Orig Pub: Za sots zdravookhr. Yzbokistana. 1956, No 5j 48-50.
Abstract: In 100 pationts with various traurmtic conditions of
the oya there was noted an onlargoraent of the blind
spot (S~ of the healthy eye in 89% of the cases. The
duration and the oxtont of the enlargement of G was
in direct relationship to the extent of the tra=a.
Spoody primary troatrant decreased the oxtont and
duration of tho S in the hoalthy eye. Dilation of
the veins and arteries of the rotim and hMnrorda
Card - 1/2

ARKHANGF.LISKAYAl Ye.P.9 kand.meditsinskikh nauk; KASYMOV, T.Ya.9 dotsent
Case of metastase of a tumor from the abdominal cavity-into the
labyrinth of the ethmoid with germination in the orbit. Med.
zhur. Uzb. no. 9:?7-78 S 160. (MIRA 13:10)
1. Iz kafedry glaznykh bolozney Tashkentskogo gosudarstvennogo
meditsinskogo instituta.
(ORBIT (M)-TUMORS)

~MH qEL! kand.med.nauk
SelerotomoiridectoW in the light of gonioscopy. Oft.zhur. 15 no.4:
207-211 16o. (KIM 13111)
1. Iz kafedr7 galznykh bolezney (zav. - dotsent T.Ya.Kazymov)
Tashkentskogo meditsinakogo instituta.
(SCLEW.-SURGERY)
(IRIS (EYE)--SURGERY)
(OPHTRALMOSCOPY)

LKKWGELISY,AYA, yq p kand.med.nauk; KASDIOV, T.Ya., dotsent
Atypical course of a melanoma of the chorioid. Med. zhur. Uzb. no.9:
61 S 161. (MIRA 15-2)
1. Iz kliniki glaznykh bolezney (zav. - dotsent, T.Ya.Kazymov)
Tashkentsko gosudarstvannogo meditsinskogo instituta.
VMANOMA) (CHOROID-TLUORS)

-ARRIANGELISKAYA, Ye.P., kand.med.nauk
Ophthalmological symptoms in various blood diseases. Oft.zhur. 16
no.5001-304 161. (MMA 14:10)
1. Iz glaznoy kliniki (zav. - dotsent T.Ya.Kazymov) Tashkentskogo
gosudarstvennogo meditsinskogo instituta.
(BLOOD-DISKASES)
(EYE-DISEASES AND DEFECTS)

KASYMV, T.Ya., dotsent; ARXWGELISKAYAp Ye.P.,, assistent
Our experience in the preoperational preparation of-glaucoma
patients, Med.zhur.Uzb. no.8;5~-55.Ag 162. (MIRA 16W
l..Iz imfedry glaznykh bolezney Tashkentskogo gosudaretvennogo
meditsinskor instituta.
(GIAUCOMA) (EYE-SURGERY)

ARKHANGELISKAYA, Ye. V.
Cand Med Sci - (diss) "Problem of the metabolism of bromine in
ulcer disorders." Chita, 1961. 20 pp; (Kuybyshev Stata Medical
Inst);250 copies; price not given; (KL, 10-61 sup, 223)

ARKHANGELISKAU, Ye.V. (Blagoveshchensk-na-Amure)
Choosing the bromine dose in peptic ulcer of the stomach and
duodemm. Kaz. med. zhur. no-5:?2 S-0 161. (MIRA 15:3)
(lv-PTIC ULCER)
(BROMIVE)

AIZKHAI!C-'-zL'SKAYA, Z. S.
ARKWICELISKAYA, Z. S. - "A study of the protein and phosphorus content of the
muscles in hyper- and hypothyreosis". Kiev, 1955. Min Higher Education
Ukrainian SSR. Kiev State U imeni T. G. Shevchenko, Chair of Animal
Biochemistry. (Dissertation for the Degree of Candidate of Biological
Science.)
SO: Knizhnaya Letopis', No. 43, 22 October 1955. Moscow

ARKHANGELISKAYA, Z.S.; KUSHKO, O.V.; POLUBOYARINOVA, A.G.
Study of the method of blood conservation without a stabilizer. Trudy
Kiev. nauch.-issl. inst. perel. kravi i neotlozh. k1ir. 3:4/0-47 161.
(MIRA 17slO)-
1. Kiyevskiy institut perellva~iya krovi.

ARKHANGELISKAYAp Z. V.
"An Investigation of the Process of Softening Water by the Prescipitation
Method." Cand Tech Scis All-Union Sci-Res Inst of Water Supply, Sewerage,
Fqdraulic Engineering Structures, and Engineering Hydrogeology, 8 Jan 55.
(VM, 29 Doe 54)
Survey of Scientific and Technical Dissertations Defended at USSR Higher
Educational Institutions (12)
SO: Sum. No. 556, 24 Jun 55

THGOROV. A. I,; AMOUMBLISFAYA, Z.V,
.-- ~ -
Technology of using reagents In treating river water at large
lining plants. Toa, I san. tekh. U0,5:13-18 Vq 158. (MIRA 11:6)
(Water-Phrification)

YEGOROV, A.I.; ARMWIGELISKAYAO Z.V,
Investigating and rneplating the work of contact clarifiers under
vonditions of industrial use. Issl.po vodopodg. no.3:75-124
159. (Filters and filtration) (MIRA 12:9)

MORN, A.L. starshiy nauclinyy sotrudnik; ARKHAIIGNLISXAYA, Z.V.,
nauchW sotrudnik
Investigating and Clegulating the work of contact clarifier-.
VodA san.tekh. no.8:21-23 Ag 159. (14IRA 12:11)
1. irsesoyuzW nauchno-isaledovatellskiy institut vodosmb-
zheniya, kanalizataii, gidx:ote1chaicbeskikh sooruzhen17 i
inzhenernoy gidrogoologli (VODGEO).
- (Water-Purification)

ARKHANGELISKAYA, Z.Ye., arkhitektor; VASIL'Yl'V, Ye.V., arkhitektor
11_~ ~_.
Vr_4_V'~'~~edesign of enterprises serving public needs. Gor. khoz.
Moak. 33 no.9:15-20 3 '59. (MIELA 12:11)
(Municipal services) (Architecture--Designs and plans)

DESYATKOV) G,V.q inzh.l red.; ARKHANGELISKAYA, Z,Ye,, arkhitektor,
red.
[Instructions for designing public service enterprises]
Ukazaniia PO proektirovaniiu predpriiatil bytovogo ob-
sluzhivaniia (SN 294-64). Moskva, Stroiizdat, 1965. 17 p.
(MIRA 18:12)
1. Russia (1923- U.S.S.R.) GosudarstveM-y komitet po
grazhdanskomu stroitellstvu i arkhitekture. 2. Gosudarstven-
nyy komitet po grazhdanskomu stroitel'stvu i arkhitekture
(for Desyatkov). 3. TSentra"Inyy nauchno-issledovatellskiy
i proyektnyy institut tipovogo i eksperimentallnogo pita-
niia i bytovogo obsluzhivaniia torgovykh zdaniy (for
Arkhangellskaya).

--- -- - - - -- ---- -- -- ---~-Z~6 ~ - ~Zvzhs~wm 4~1' -~ n-~-
ARKffMGELISKAYA-LE-VINA, M.S.
,Appendicitis
Appendicitis and its effect on the development of ulcer. Vest. khir 72 No.2 March-April'92
Monthl,y List of Russian Accessions, Librax7 of C'Jngress, August, 1952 UNCA16SIFIED

ARKRA ISKAYA-LEVINA, Mariya Semenovna
--
[Kethodological manual for practical studies in general surgery]
Ketodicheskoe posobie k prakticheskim zaniatilam po obshchei
khirurgii. Leningrad, Kedgis. 1959. 203 p. (MIRA 13:7)
(SUGARY-SMY AND UACHING)

ARKHANGELISKAYA.~IZVIUA,-I.Iariya Semenovna; GkIOV, V.S., red.;
I ,
FEDOROVSKAYA, N.V.
(Basic stages in the management of surgical patients]
Osnovriye etapy vedeniia khirurgicheskikh bolinykh. Mo-
skva, Izd-vo "Dieditsina)" 1964. 226 p. (MIRA 17:6)

.,4MANGELISKIY, A., kandidat tekhnicheskikh nauk.
'.
This Is the now equipment. T*kh.mol.24 no.6:11-12 J& 156. (MW 9:9)
(Coal mining machinery)

ARKHANGELISKIY, A.
- --------
New criteria for the paracompactness and metrizability of an
arbitrary Tj.~.space. Dokl. AN SSSR 11#1 no.1:11-15 N 161.
(MIRA 14: 11)
1. Moskovskiy gosudarstvennyy universitet im. M. V. Lcmonosova.
(Topology)

ARKHANGELISKIY, A*
Ranks of systems of sets and the-dimensionality of spaces. Dokl.
AN SSSR 143 no.4:755-758 Ap 162. (MIRA 15:3)
1. Mbskovskiy gosudarstvennyy universitet im. M.V.Lamonosova.
Predstavleno akademikom P.S.Aleksandrovym.
(Aggregates) (Spaces, Generalized)

- ARKHLWjELISKIY, A.
Mappings of metric spaces. DALAN SSSR 145
no,,2.-245-247 JI 162o
(MIRA 15.-7)
1. Predstavleno akademikom P.S.Aleksandrovym.
(Conformal mapping)

ARKHAIqGEL'SKIY,_At._
Open and almost open mappings of topological spaces, Dokl. AN SSSR
11+7 no.5t999-1002 D 162. (KM 16:2)
1. Predstavlano akadamikom P.S. A:Lekaandrovym,
(Topology)

ARKMGELISKIY, A. (Moslcvu)
C3MOaO Of the BYBtSX of enoembles and opace dimemions, Fand
mAth 52 no.31257-.0-75 163.
.4.
'i,

ARKHANGELISKIY, A.
Bicompact stts and the topology, of spaces. Dokl. AN SSSR 150
no.10-12 My 163. (MIRA 16s6)
1. Predstavleno akademikom P.S.Aleksandrovym.
(Aggregates) (Topology)

ARKHANGELISKIY, A.
A space class containing all metric and all locally bicompact
spaces. DAL AYSSSR *1 no.0751-754 Ag 163. (MIRA 16:8)
1,-Predstavlono akademikom P.S.Aleksandrovym.
(Topology)

ARCHANGIELSKI, A. (ArPapgql,lskiy;_A..1; HOLMYTISKI, U.
Networks in topologic spaces. Bul Ac Pol mat 11 no.8:493-477
163,
1. Universite de Moscou et Chaire de Mathematique, Universite
de Varsovie. Presente par K. Borsuk.

ARKRANGELISKIY, A.
Some types of factor mappings and the relations between
classes of topological spaces. Dokl. AN SSSR 153 no-4:743-
746 D 163. (MIRA 17-1)
1. Moskovskiy gosudarstvennyy universitat im. M.V. Lomonosova.
Predstavleno akademikom P.S. Aleksandrovym.

ARKHANGELISKIY, A.
Factor mappings of metric spaces. Dokl. AN SSSR 255 no. 2:247-,;50
Mr 164, (MIRA 17:5)
1. Mos"kovskiy gosudarstvennyy universitet im. Lomonosa7a.
Predstavlano akademikom P. S. A2eksandrovym.

ARKIIANGELIS'KTY~ A,,q _.Goroy .9otsiallaticheakogo Truda
Tu-1.34. K:-zl. rod. 16 no.binsert Ja 165. (MIRA ISO)

ARKHANGELISKIY A
Condition for the conservation of metrizability in factor mappings.
Dokl. AN SSSR 164 no.l.-9-12 S 165. (MMA 18tq)
1. Moskovskiy gosudarstvennyy universitet. Submitted January
16, 1965.

ARhli;,N(jELISKIY A.
Behavior of metrizability in factor mappings. Dokl. AN SSSR
164 no.2:247-250 S 1641. (Km 1139)
1. Mo3kovskiy gosudarst-vennyy universittlet. Submitted Janway
16~ 1965.

6~ -1ASE' I BOOK EXPLOITATION ~SOV/2555
Nauchno-tekhnicheskoyq obshchestvo priborostroitelinoy promyshlen-
nosti. Ukrainskoye respublikanskoye pravleniye
Novy~e-metody kontrolya i defektoskopii v mashinostroyenii I pri-
boiostroyenii [doklady Respublikanskoy konferentsli] (New Methods
of Inspection and Flaw Detection in the Machinery and Instrument-
manufacturing Industries [Reports of the Conference Held at Kiyev,
19~61) Kiyev, Gostekhizdat USSR, 1958. 264 p. 4,700 copies printed.
Sponsoring Agency: Akademiya nauk USSR.
Ed.: Ai Amelin; Tech. Ed.: P. Patsalyuk; Editorial Board: I.I.
Greben', B.D. Grozin, A.Z. Zhmudskiy', G.N. Savin (Resp. Ed.), I.D.
Faynerman (Dep. Resp. Ed.), and A.A. Shishlovskiy.
PURPOSE: This book is intended for engineers, scientific workers, and
technicians dealing with problems of inspection and flaw detection.
COVERAGE: This is a collection of scientific papers presented at a
Card*1/9

New Methods of Inspection (Cont.) SOV/2555
conference sponsored by the Academy of Sciences, UkrSSR, and the
Nauchno-tekhnicheskoye obshchestvo priborostroitellnoy promyshlen-
nosti, Ukrainskoye pravleniye (Ukrainian Branch, Scientific and
Technical Society of the Instrument-manufacturing Industry). The
papers deal with modern methods of inspection and flaw detection
-used in the machinery- and instrument-manufacturing industries.
The subjects discussed include the use of electron microscopes
in the investigation of metal surfaces; X-ray, gamma-ray, lumines-
cense, magnetic, and ultrasonic methods of flaw detection; use of
radioactive isotopes; X-ray diffraction methods of metal analysis;
and the use of interferometers for measuring length and thickness
and determining the coefficient of linear thermal expansion. No
personalities are mentioned. References follow several of the
papers,
TABLE OF CONTENTS:
Introduction 3
Semirog-Orlik, V.N., Can date of Technical Sciences, Institut
stroitellnoy mekhaniki. 4SSR$ Kiyev (Kiyev Institute of Structural.
Mechanics, Academy of Sciences, UkrSSR). Use of Electron Microscopy
of Surface Layers of Metal 5
Card 2/ 9

New Methods of Inspection (Cont.) SOV/2555
Arkhangellski A 0) Engineer) I.V. VQrol?-Iyev,, Engineer.., O.D.
T gfn ,Ekg~inee;~, and G.D. Latyshev, Leningradskiy inst'itut
0
K
inzhenerov zheleznodorozhnogo transporta (Leningrad Railroad
Engineers Institute). Pulse-counting Method of Ganuna-ray Flaw
Detection 18
Bogdanov, V.I., Candidate of Techiiical Sciences, Novocherkasskiy
politekhn'icheskiy institut (Novocherkaszk Polytechnical Institute).
Selection of Radioactive Sources for Measuring Equ~ipment 25
Movchan, B A*110 Candidate of Technical Sciences,.Institut elek-
trosVarki imeni.Ye.0. Patona, Kiyev (Kiyev Electric Welding In-
stitiLte imeni Ye.O. Paton). Use of Radioactive Isotopes in ~he
Detection of Flaws in Welds 41
Zhmudskiy, A'Z., Doctor of Technical Sciences, Professor, Gosuni-
versitet imeni Shevchenko, Kiyev.(Kiyey State University imeni
Shevchenko). X-ray Diffraction Method of Inspecting Finished
Parts 50
Card 3/9

New Methods of Inspection (Cont.) SOV/2555
Genkin, V.M., Engineer, Gor'kiy "Krasnoye Sormovo" Plant. X-ray
Diffraction Quantitative Phase Analysis Using Standard X-ray
Photographs 70
Zhmudskiy, A.Z.,and L.M. Pakchanin, Candidate of Physical and
Mathematical Sciences, Kiyev State University imeni Shevchenko.
Problems-of Physical Strength and Crack Formation in Case-hardened
Parts 75
Yevgrafov, A.V., Engineer, and P.M. Yelchin, Moscow TsNIITMASh.
Methods and Equipment for Luminescent Flaw Detection 78
Yalcovlev, B.M., Engineer, Avtozavod,;,g.,. Gorlkiy (06r'kiy Automo-
bile Plaht)~ Experiehee Gained at the Laboratory for Spectral
Analysis, Gorlkiy Automobile Plant
Yeremin, N.I., Candidate of Physical and Mathematical Sciences,
TsNIITMASh. New Developments in the Field of Magnetic-particle
Flaw Detection and Magnetic Metallography 87
Zhigadlo. A.V., Candidate of Technical Sciences, Institut, P/ya
Card 4/9

New Methods of Insoection (Cant.) SOV/2555
126, Moskva (Institute, post Office Box 126, Moscow).Improved
Methods and Equipment for Magnetic Inspection of Ferromagnetic
Parts lo6
Landa, V.A., Engineeil Moscow VNII.. Instruments for a Magnetic
Quality Control Method of the Heat Treatment of Tools Made From
High-speed Steels 114
Entin, S.D. Candidate of Technical Sciences, Moscow TsNIITMASh.
Application of a Magnetic Method for Investigating Heat-resistant
Austenitic Alloys 121
n1mchenko, N.V., Candidate of Technical Sciences, and V.P.
Prikhod1ko, Engineer, Kiyev Electric Welding Institute imeni
Ye.O. Paton. Ultrasonic Structural Analysis of Metals 126
Gubanova, M.R. Candidate of Technical Sciences, and I.N. Yermolov,
Moscow TsNIIT;?ASh. Ultrasonic Flaw Detection in Metals 134
Gurevich, A.K., Engineer, Leningrad NII of Bridges. Ultrasonic
Card 5/9

New Methods of Inspection (Cont.) SOV/2555
Detection of Flaws in Fillet Welds 143
Khimchenko, N.V.) V.P. Yesilevskiy, Engineer, and V.A. Tsechall,
Engineer , Kiyev Electric Welding Institute imeni Ye.O. Paton.
Ultrasonic Detection of Flaws in Electro-slag Welds ~L49
Trushchenko, A.A.) Engineer, Kiyev'Electric W41ding Institute'imeni
Ye.O. Paton. Testing Welds for Permeability 161
Romanova, M.F., Doctor of Technical Sciences, Professoi) Leningrad
VNII Imeni Mendeleyev. Ways of Improving the Accuracy of the
Interference Method of Measuring Length ' 173
Kostyshin, M.T., and A.A. Shishlovskiy, Kiyev State University
ime.ni Shevchenko. Use of MII Microinterferometers for Determin-
ing Thicknesses and Refractive Indexes 180
Volkova, Ye. A., Candidate of Technical Sciences, Leningrad
VNII imeni Mendeleyev. Interference Method of Measuring tne
Coefficient of Linear Thermal Expansion of Solid Bodies 188
Card 6/ 9

New Methods of Inspection (Cont.) SOV/2555
Lisitsa, M.P., and N.G. Tsvelykh, Engineers, Kiyev State Univer-
sity imeni Shevchenko. Use of the MII-1 Interference Microscope
for Measuring Very Thin Coatings and Ph'ase Displacement 198
GIdell A.Yu., Candidate of Technical Sciences, Leningrad VNID
Imeni Mendeleyev. Method of Determinjng the Shape of Spherical,
Conical,and Pyramidal Vertexes of Different Bodies 203
Yevemin, D.M.,, Engineer, Khar1kovskiy institut inzhenerov
zheleznodorozhnogo, transporta imeni Kirova (Kharlkov Railroad
Engineers Institute imeni Kirov). Photon Counters Sensitive to
Ultraviolet and Visible Radiations 209
Tsukkerman, S.T., Professor, Leningradskiy institut tochnoy
meld-ianiki I optiki (Leningrad Institute of Precision Mechanics -
and Optics~ Pneumatic Oscillograph 214
Shmarts, V.D., Engineer, Dnepropetrovskiy zavod, P/Ya 186
(Dnepropetrovsk Plant Post Office Box 186) MT-DA3 Magnetic
Thickness Gage 226
Card 7/9

New Methods of Inspection (Cont.) SOV/2555
Gushcha, 0.1., Engineer, Kiyevskiy institut gornogo dela) AN USSR
(Kiyev Mining Institute, Academy of Sciences, UkrSSR). Instru-
ments for Checking the Condition of Hoisting Wire Ropes 235
Samarin, F.A., Technician, Kalinin Oblast!, Podberez'ye . Device
for Determining Type of Stecl by a Thermoelectric Method 242
Grigulus, Yu. K., Engineer, Laboratoriya mashinovedenlya, Riga
(Riga Laboratory of Machine Construction). Description of TGP-1
and 2 Measuring Instruments 246
Kestellman, N.Ya., and L.I. Kotlyar, Candidates of Technical
Sciences, Polltoldinicheskiy institut, Odessa (Odessa Polytech-
nical Institute), Automatic Recording Device for Checking
Macroroughness of Surfaces 249
Oriyent, I. r-1., Engineer, Moucolv% Description of Physiefil Methods
of Inveoti-ation In the Magazine Zavodslcaya Laboratorlya
(Plant Laboratory 25
Card 8/9

New Methods of Inspection (Cont.) SOV/2555
Decisions of the Ukrainian Republic Conference dn Problems
of New Methods of Inspection and Flaw Detection in the
Machinery- and Instrument-manufacturing Industries .257
AVAILABLE: Library of Congress
GO/bg
Card 9/9 11-20L59

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7,

ARKWGILISKIY, A.A.; LATYSHEV. G.D.
Using the scintillation counter in gamm flaw detection. Z". lab.
2) no.4.-430-436 157. WRA 10:6)
1. laningradakiy Institut.inzheuarov shelasuodorozhnogo transport&.
(akam rays) (Scintillation counters)
(Nondestructive testing)

V D~~'
L -i ~v Pt,
"~41-t-'-n ir. the D'7'a In.
At-=Znt~ EorccwO Zrd-vo Ix ISQ. 353P
'nt4d.
r.
p
Bpanscrln,- I.Cvnelexi Mavnare upru-slanuss Po Ispol'tov=1
and AkzdctL?4& nauk 35n.
1941torial Board of Sets V.I. Dilcushinp Acadeftlealn (Romp. ld.~p K.N,
shuallovskly (Deputy Rasp. Ed.), Tu. 3. Zaalavskly (Deputy R*tp. j
Ed.). I T- Ta.tachanka, B.I. VarkhovokLy, S.T. Natarov, lo.l. Put
and X.G: zelevinskays. (seeretw7).
at Publishing House- ?-X- B*1711AID1 T*ck6 94-1 -?-?- IPOIQnGva.
PUR?Ms This boax is In the field of vus-
o,hin- and Instrument manufacture who use r&diosctlv& isotopes, sa U
;b* Istudy of materials and proceageeg.
con-azi This equation or papers covers a vsey wide rield of th.
Utilization or tracer methods In lndustrlma re"arch and control
t4GbnlqM*M. The topic or this volume Is the uso.of radloleatespeg.
In the aachino-and Instrumnt-aisnufacturilog industry. fte UAJ- 1,t,
vidual papers discuss the applications or radlo2actope techniques L-
In the study of metals and ealoyg, problems offtlatUm and 1, bri
cations metal Cutting, engine Performance, and defeatis In matM.:
Several Papers are devoted to the use of radioisotopes in the me,to.
act Ion of Induatrial proceases# recording and aemaurlssg devisssm*
Quality control. flowmaters, Level gmgsnv Wety d*vloeo# radl&.
tID11 counters, etc. These papers repreassnt contributions or war-
3 viot Institutes and laboratories. They wcre'publiahed an
-;;u.:s;&oolOna of the All-UnIon Conferessoo on the 0" of Radloac.
tive and Stable Isotopes And Radiation In the 19ational Scossosy
and Sclenae~ April 4.12, 1957. )Iss personealtliss are mentioned.
L- References.&" _4l!enAtj4e. *"_of aost of the papere.
Vedernikov A.N :=~~ --j-,
-TnMH'- (R&.-jsnajdy Avl01t41iOnnY7 Instltut - Kazan Avla-
tiOn t4iii: Certain Problems in the prepersstion of jMta
xmittors for the rawn-tion of raectroste,le charges 192
Xedvtde.VA__Z.j. and I.S. ROYzPn-QKoskovakly Inatitast )Khlmlch*akcs
90 m8shlnostroyenlya'm- Wdecoi Insatute for Chasmical xachl-gry).
t1se of Radloactlv* Xaotop*o IA Safety practice 293
R'Yz-, I.S. (RoakamOd-7 institut; Ublalchooko
to sawshisusatToy.
only& - Koacoss institute for Choulcal Nachins
Platen for Charge Xvutra'jjx,tjcn' ry). Prodaction or 298
--I'- V. (Mint-stcrat" mvyazi aSSR - VSXR Klalstry of Cos-
!l.,.. DetermInation, of loaka 1. the rad Sheath of Coa_
aunication C;blem a"
JDArnoteov, V.I. (Inatitut j~-jchdakoy fixild Akedeall ,muk W=_
Institute or Physical Chessistry, Academy of Sciences, MM)
Determination of Points a.' Oax LdalcW 71 Undergresm4 pi -
Ilassis 301
!ZatDS-h--niEg~ (Instlt-4t m~-allovedenlya i f--zikl metallow
_ t1
TNX=C~( - atitute of X~taljogreqhy and the pbT*Iog of Rate,&
UHIIMM). xonlzatlnn method or Gammis Defootomeopy 304
'P&$dd0v A.A. IN and Xpk;!ga-
.ss; entrLllnyf naiu a
-c "Tut a may
11 - Central Rem*arch Inatitnt or ftrrms
Xetallurzy)- tl&*'*f Sc"tillation Counters in Betatron Deroato-
aocpy 310
Iftalwo , and G,P. ts
AZ)ftass~ ljAk12,_,k.A. __D&t=1, v (Lani.gre,skly icatl I -
11-n"Mrifev - 10"ancrothaoso transport& - iep-s-grgd ft&ilm&d
Engineers Institut0- U114k Of Scintillation Comte" in the Pm_
duct Quality Control 314
V.3 To 11, and T.I.
metal LjjAX&&tEe" (Xnatitut
sistallovedenl7a. i rf.RbrV1-.&.1Iow T - Itute of X"Al-
Lography and-the M7~las of Metals TWXIChX)...- 60,0914 Can.
trol of Weld*& Same in Ferrous MetaslIum
T. (Hookovskoys, vyNabsys tehJuslebaska" schillshche
Y1M-~n:1-w1BAuxanx - Mosom Kjoer Technical school lwnl X.R.
B&ummn)- Radiography of Welded Pipe J014tff 3"

SOV/1 37-58-11-23749
Translation from: Referativnyy zhurnal. Metallurgiya, 1958, Nr 11, p 268 (USSR)
AUTHOR: Arkhangel'skiy, A. A.
TITLE: Scintillation Flaw Detection with Gamma Rays (Stsintillyatsionnaya gam-
ma-defektoskopiya)
PERIODICAL: Sb. Leningr. in-ta inzh. zh.-d. transp., *1958, Nr 158, pp 186-196
ABSTRACT: A procedure was developed for flaw detection for railroad purposes
with gamma rays employing scintillation counters for recording the
intensity of radiation. NaI crystals activated with Ta were found to be
the most suitable as counters. From the radiation source located in a
Pb container the initial beam passes through a collimator, the test
specimen, and a second collimator and finally falls on the crystal. The
diameters of both Pb coltiriiaEors are 5 - 10 mm, the height of the first
one is 60-100 and that of the second one 50-70 mm. The optical con-
tact between the crystal and the photo-cathode is ensured by a thin
layer of silicone lubricant. At the inlet of the counting unit an ampli-
tude discriminator is installed to intercept the soft scattered radiation
and the noises of the photomultiplier. In all cases the width of the flaw
Card 1/2 was assumed to be equal to the diameter of the crystal. With Co60 as

SOV/137-58-11-23749
Scintillation Flaw Detection with Gamma Rays (cont.)
the radiation source and a steel specimen 86.5 mm thick, troughs 0.22 mm deep,
(0.250/o of the thickness of the specimen) became distinctly apparent, with IrI92
as the source and an article 30 mm thick the sensitivity is 0.03 mm. The detec-
tability of the flaws is independent of the depth at which they occur. A procedure
based on the mean photomultiplier current is also described.
P~ S.
Card 2/2

rl=z I W.19 IOV/.5140

AlcademLYA nAuk Ukmtndbwy 231j. innuitut riziki
Vatoolektriahasklye I ynvlenlyl v poluprovadnikakh;
p4rvogo vaesoyugrjoga dov,whenanlya po rotociektricsseaKta
trudy
,
L optlahaskja yavleniy= v poluprovoinik3kh. g, Kiyav. 20-
30yabrya 1957 g (photoelectric and Optical rn"omena in Semi-
.nductor8; Trsnamotloq3 or the First Conr~.rcnce on Pnotaeleatrla
and Optical Phdnomc-na In SamLoondantorn.. ) KiYev, 1959. 403 P.
4,000 Copies printect.
Additional Sponsoring Agenayl Akn4cm1ya nauk 3=H. Prexidlum.
Laminalya Do poluprovadnikam.
11
Za. of lublishing Houses 1. V. Xislna; Tech. Ed.1 A. A. MatvaYchak; 0
RefiP. Ed.: V, Ya. LantJusrov, Acade"clan, Ukrainian SSR, Academy r
of sciences.
RURPOSEs This book In Intended far salontintO In the field or 13=1-
4 oonductor to apeatroacopy, and semiconductor
Physics. nalld sta
----
"Vices. The ccllentLan wtIlItTe _uadful C~i- ced students in
universities and institutes or higher* technical training
speolallaing In the jftaLcs and technical appliontion of semi-
conductors.
CCVWUUs The collection contains orts and informatlon bulletins "I
(the latter are Indicated by a Vica) read at the First All-
Union Conference on Optical and Phcr_~alectrlc Phenomena in Semi-
conductors. A wide scope of problems In semiconductor physics
and technology Are Considered% photecon4actIvityo photoolectro-
native forces, optical properties. photoelectric calla and
photoresiotor3, the actions or hard and corpuscular radiations,
the properties of thin films and complex semiconductor systems,
*to. The materials were prepared for publication by E. 1.
Rashboy. 0. V. SnItko, r- B. Tolpygo, A. 11. Labohankc,&nd M. K.
sheynkman. References and dL3cumalon follo- each article.

ZftoP 4100trIc And QVt10al phenomena (Cast.)* SOV/3140
10
-
Aj gv.
Mechanism
a C ,u...,_ ;.Ing the
r

ft-'kiss' J. M., Be omazov D
and 0
A

.
.
;
Con 3
CAting-7, -RadIWEro-n
D. XM-._km'

-Conductivj~'Uf Cd3 and V- I. Vat'yan".-
cc
389
Ulm and V. 1. Abeherbakova. 7he photo.
an Semiconductor Rectifier Call
,
(!basis)
396
V- V0r0b'Y~v. and a D Jatyh.~.

_
th 0
t0---n-rN-EB~r
'F'
-5
..rd
H ~
-
ZnSInee g- r
r1ne
30
Card 25116
f

S/194/62/000/00VO58/157
D256/D308
rkhangellskiy, A.A., Voroblyev, I.V., and Latyshevt
AUTHORS: A
TITLE: Experience of industrial application of photoresistors
for gamma-ray registration
PERIODICAL: Referativnyy zhurnal. Avtomatika i radioelektronika,
no. 5, 1962, abstract 5-3-61 sh (Potoelektr.-i optich.
yavien3*- a v poluprovodnikakh, Kiev, AN UkrSSR, 1959,
398_400
TEXT: Preliminary experiments on gamma-ray detection by photoresis-
tors are described, conducted in order to determine the possibili-
ties of applications in defectoscopy, thickness control etc..Co6o
gamma-rays%yiere directed upon a thallium activated sodium or cesium
iodide crystal and the emitted light was focussed onto the p4otore-
sistor. The photocurrent was recorded using a single-valve ampli-
fier. The dependence of the sensitivity of the method upon the thick-
ness of the absorbing material was investigated. Best results were
obtained using monocrystalline photoresistors type ~CK-Ml (FSK-mi)
,Card 1/2

TATARINOV, B.P., doktor tekhn.nauk;.ARMU[M,'S_j _'.
- -1-11- .Y~ _,,A,.A., inzh.
Possibilities for the utilization of radioactive isotopes
in railroad transportation. Zhol.dor.tranpa: 41 no-8:34-38
Ag 159. (MIRA 12:12)
(Radioisotopes--Industrial application) -
(Railroad engineering)

01 R.-Myitlu MKI
-1
GF F:!
7
PHASE I BOOX EXPLOITATION SOV/5410
Tashkentakaya konferentaiya po mirnomu ispolIzovaniyu atomnoy
Lliurgli, Tanhitunt, 1959.
Trudy (Qransactions of the Tashkent Conference on the Peaceful
Uses of Atomic Energy) v. 2. Tashkent, Izd-~vo All I-TzSSR, 1960.
449 p. Errata slip inserted. 1,500 copies printed.
Sponsoring Agency: Akademiya nauk Uzbek3koy SSR.
Responsible Ed.: S. V. Starodubtuev, Academician, Academy of
Sclence3 Uzbek 53R. EdItorlal Board: A. A. Abdullayev, Can-
d-Idate of Phy-31cs and Mathpriaticz; D. PI. Abdurasulov, Doctor
r,-f' Med'aal Sciences; U. A. 4rifov, Acadc-nician, Acadcncy of
Soienc'ez Uzbek SSR; A. A. Borodulina, Candidate of BioloSical
Sriences; V. N. Ivashev; G. S. lkrcxAova; A. Ye. Kiv; Ye. N.
Lobanov, Candidate of Physics and Mathematics; A. 1. Nikolayev,
Candidate of 11-led-tcal Sciences; D. Nishanov, Cand'date of Chemical
SsIences; A. S. Sadykov, Corresponding Member, A~adeuyof Sciences
USSR, Abaderaician, Academy of Sciences Uzbek SSR; Yu. N. Talanin,
C a I -tV

171-
..Trannactiona of the Tazhkent (cont.) SOV/5410
Candidate of Phy,"ica and Mathematics; Ya. Kh. I.Puralculov, Doctor
of Biological 3iiences. Ed.: R. 1. Khamidov; Tech. Fd,% A. 0.
Babakhanova.
PURIOSE : The publVation is intended for oaientificl werkera and
ti,.v.,nialivto employed in enterprioes vrhnre radloactAve, icot-cpes
ani nuolear radiation are used fcr rc..iearch In rho~i-,Ucal, goo-
legioal, and technological fields.
OOVF-;7JkGE: Thiz collection of 133 article3 rEpre2ents the aecond
vol~-,r.e of the Transanticna of the 1111a~hkent Clonference on the
Pea-efull Uses of Atomic Energy. The individual artl~tllea deal
with a wide range of problems in the field of nuclew- radiaticn,
in.-Oluding: prolLct-'cn and chemical analys-43 cf ralica-tive
lsotcpea; inventigation of the kinetlc~3 of chemical reactions
by treana' of isotc-pe3; application of spectral analy5i.3 for the
manufacturing of radioactive prclarations; radicative -methods
for determining the content of elements In the rc,~%a; and an
analysis of methods for obtaining pure substances. Certain
Card 2/20

17 6
-,Transactions of the Tashkent (Cont.) sov/541o
instruments used, such as auto*.i.,atic re,-ulators, flo-maetcra,
level C,.iuZes, and hieh-sensitivilty &m=ia-relaya, a", dcacrIbed.
110 perz'.)nalities are mentioned. Reroronces rolloir individual
TABLE OF CONTMITS
RADIOACTIVE ISOTOPES A14D 311TUCLEEAR RADIATION
D1 EIGMEE-MIG A11D GEOLOGY
Lobanov, Yp. M. (Inatitut'yadernoy fiziki UzSSR - Institute of
Nuclear Physics AS UzSSRI. Application of Radioactive Isotopes
and Nuclear Radiation in Uzbekistan 7
%
Taksar, and V. A. Yanuchkovskiy [Institut fizilci 117.1 Latv
SSR - Institute of Physics AS Latvian SSR]. Problems of the
Typification of Automatic-Control Apparatus Based on tfie Use of
Radioactivo lootopea
Card 3/20

Transactions of the Tashkent (Cont.) SOV/5410
Borukhov, M. Yu., and A. T. Labodev (Institute of Nuclear Physics
AS Uz3SR]. A Unified Radioactive Isodromic Regulator (UM-1) 29
Bornakhov, 1.1 Yu. and B. K. I'alltsov [Institute of Nuclear
Physics .13 LS3111. Experimental Application of High-Sen3i-
tivity Gamma-Relay 32
Bet1n, Yix. P., B. 1. Vorkhovskiy, N. G. Zolavinnknya, and
V. V. Yalcushin [Fizicheakiy institut Akadc:zii nauk UZSR
PhyrAcs Institute AS USSR]- :',othoda for Increasing the Adouracy
of 4,'Carsurartants of Radioactive Radiation Plux 36
Sni3arcnlco' A., Z. Tarazova, Ye. J1epQmnyaahchiy, and V. ilovopoll-
skiy (11auchno-isaZedovatel'skly institut ahinnoy proraohlon-
nosti-Scientific Research Institute of .-' the Tire-Industry').
.Determindtion or the Wear of Oar Tires by Means of Isotopes
04,
L2 43
T
Arkhangellskiy, A. A., and 0. D. Latyahev (Institute of Nuclear
----------
Card 5/20

-----------
Transactions of the TachRent (Cont.) SOV/5410
Physics AS KazSSR]. E=erimental Application of the Scin-,
47
tillatioh Ganima-Defectoucope
LA-vitalay, R. V., A. M. Gurevich, D. F. Pavlov, and M.
Doolotbekov. (Institute of Nuclear Physics AS UzSSR). Oama
RadioSraphy Reinforced Concrete 53
Yalcoboon, I. I. [Tashkentskiy institut inzherierov zhelomodon2la-
nogo transports - Tashkept Institute of Railroad Transpor~ation - -
Engineers]. Gammagraphy of Parts of Rolling Stock 5
9
Chubax-ov, L. B. (Tashkent Institute of Railroad Trans.portation
Engineers]. Ga=agraphy of Ile lded Joints of Pipes in ;he Cirou-
lation System 69
M
Muminov,jl. D1. [Uzbekalciy gosudaretverr" universitet im. A.
Navoi - Uzbek Stat& University imeni A. Navol). Possibility of
Applying.Radloactive Cobalt for Quality Control in Brickwall
Laying 71
Card 6/20

-41 C~
58 00/022/038/076
S/08 1/0
7B 'I
B110 B101
AUTHORS: Arkhangellskiy, A. A., Stepanov, S. A.
TITLE: Devices for controlling the contamination of air and sur-
faces by soft P-radiators
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 22, 1961, 270, abstract
221310 (Sb. "Radioakt. izotopy i yadern. izlucheniya v nar.
kh-ve SSSR. v. Ill. M., Gostoptekhizdat, 1961, 144-146)
TEXT: The authors describe a 50-liter flow-type ionization chamber for
recording the contamination of air by c14 and S35 in the order of
10-9 curies/liter. Tube counters with thin mica windows or scintillation
counters are used for determining the contamination of working places and
clothing. [Abstracter's note: Complete translation.]
Card 1/1

9 0 o
AWTHORS-
TITL.E-~
22369
8/031/61/000/003/001/001
A161/A133
Shernovoy, A. I.; Arkhangel'skiy, A. A.;- Latyshev, G. D., -Member of
the Aoademy of SciLlnces Maz-9-SR
The practice of using nuclear resonance in magnetic flaw detection
PERIODICAL. Akademiya nauk Kazakhskoy SSR. Vestnik, no. 3, 1961., 105 - 107
TM- Brief information is given on preliminary experiments with a new
magnetic flaw detection method developed at the authors' laboratory. The method's
principle is measurement by nutation. It is said to be the only method render-Ing
possible the measurement of weak and nonuniform magnetic fields, which cannot be
done by two other existing methods - "nuclear induction" (G. Bloch, W. W. Hansen,
M. E. Packard, 1946) and "adsorption method" (E. M. Purkell, N. C. Gorrey, R. U.
Round, 1946). There are several diffelrent types of magnetic probes used for mag-
netia flaw detection. The sensitive element in the described method is a nuclear
magnetic resonance pickup. The experiment unit is illustrated in a block diagram.
Water from the mains is driven through a container placed in a strong magnetic
field produesid by a magnet and flows through a pipe. The coil of the nuclear re-
sonance piokup is set on the pipe and and conneoted to a detector. It is desir-
Card 1/3

22369
s/031/61/boo/03/bol/bol
The practice of using nuclear resonance .... A161/A133
able that the magnetic field surrounding the coil be 30 oe with not more than 0.5
oe/cm nor-uniformity. A miniature radio-frequency coil can be placed at any spot
on the ~i&. The'foroe lines of- the coil must penetrate the entire cross section
area of the pipe. The water volume under the simulvaneous'effect'vf a radio-frd-.;:^'
quency field produeed by the coil presents the effective volume in which the mean
field intensity is measured, i.e., it Is the work volume of the magnetic probe.
This volume can practically be reduced to only 0.01 cm3. The radio-frequency field
in the coil is produced by a generator. The water passing the container obtains a
polariz ation vector that depends on the time during which the water was in the
magna-zizing field (1r) and the field intensity (HAOAH)'
-10 M -X 0 HnOAM (1-e
where X = 3-10 -- longitudinal relaxation time (for nonpurified water T1
2.3 8S4 The polarized water flows over a pickup, and the nuclear resonance sig-
na.1 produced iii it has an amplitude proportional to M. If the intensity of any
nonuniform field is required the field pickup is placed into it. When the fre-
quenay of the field of the coil (i.e., the frequency from the generator) becomes
-zqual ~o the fre:pjenoy of nuclear precession in the mean field of the nutation
Card 2/3

22369
S/031/61/000/003/001/001
The practice of using nuclear resonance ... A161/A133
pl3kup, the polarization vector of water flowing through this volume will change.
It can disappear, or change the pole. The nuclear resonance signal in the circuit.,
will correspondingly disappear or change the pole. The intensity of field being
measured can be determined by reading the generator frequency (f,>) on the scale:
H where )v = 4250 - 2n I . In the test unit the measurement aa-
oe - sea -
-;Ura0y was determined by the frequency measurement accuracy and amounted to 0.004
oersted. The major advantage of the method is that the sensitive element always
shows the mean field intensity, regardless of how it Is directed. The small size
of the sensitive element and absolute measurement units are the other advantage.
Measurements are possible at, a very small distance from the workpiece surface '.'be-
low I mm), which is impossible with the existing permalloy pickups even of best
designs. In experiments the probe was clamped in a special holder and moved along
the surface of-the test specimens. The probe displacement is shown in millimeters
on the horizontal axis in three included graphs, and the field intensity in oer-
sted on the vertical. Data are presented obtaine7d on a specimen with one simulat-
ed crack under a 3-mm thick steel plate and from a specimen with two simulated
cracks at close distance. The specimens were ground steel bars and plates conne&r-
ed in the circuit of a small electromagnet. The field intensity at 5 mm from the
sDeeimen was about loe. Cracks were Imitated by putting the plates together.
There are 4 figures.
Card 3/31

-V9 G.D.9 akademik
ZHERNOVOY9 A.I.; ARKHANGELISKIYq AoAo)* LATYSHL
Using nuclear resonance in magnetic flaw detection. Vest.AN Kazakh.
SSR 17 no.3:105-107 Mr 161. (14IRA 140)
1. Akademiya:nauk KazSSR.
(Metals-Defects) (Nuclear magnetic resonance)

ARKHANGELISKIY, A.A.; LATYSHEV, G.D.
Using a scintillation gamma-ray flow detector. Trudy Inst. iad.
fiz. AN Kazakh. SSR 5:117-127 t62. (MIRA 15:4)
(Gamma-ray spectrometry)

ARKHANGELISKIY,,_A!Al,-_YOLKOVYSKIYp R.Yu,
Sensitivity of the scintillation method in gamma-ray defectoscopy.
Atom. energ. 19 no.3008-309 S.165. . (KMA 180)

1_27661-b6 &iT(d)/FWr(m)/j-&WP(C)IEWPtVUT/ _kY 1-9-Mr-9 ~IP
- ____ - - N )/ _F_L
-ACC NRv AP6003964 SOURCE CODE:
WboaqA5/019/003/03000309.
AUTHOR'S Arkhangellskiv,,.A.'Asi'Volkqvyakiyp R. Yug
ORG: none
TITLE: Sensitivity of the scintillation method in gamma-ray defectoscopz-
SOURCE: Atomnaya energiya, v. 19, no-, 3) 1965, 308-7309
TOPIC TAGS: gamna flux$ gamma ray, metal testj scintillation, test method,
defectoscopy
ABSTRACTS The dependence:of the dimension of the minimum detectable defeat,
Delta Xmn, on the thickness of the machine part and on the integral gamma flux
incident on the machine part is studied) assuming-that measurement sensitivity is
determined by statistical error - i.e., by fluctuations in the number of gamma
quanta - and not by instrument error. A formula is derived for the variation of
the sensitivity with the incident integral flux and the machine-part thickness..
Results of calc 'ulations are compared with those of previous experiments, for the
variation of sensitivity with the square root of the inverse so ca activity and
the variation of Delta Xmin with machirie-part thicknessj for a Co source.
Orig. art.,has: 2 figures and 8 formulas* LUA7
SUB'CODE: 20P' 13. SUBM DATE:~ 148eP64 ORIG REF: 005
Card 3-Aij, UDC: 620-179-15

ARKHANGELISKIY, A.~
Tu-104 airplane. Grazhd.av.13 n0.5:18-19 KY '56. (KW 9:9)
lAamestitell glavnogo konstraktors.
(Jet planes)

86-2-41/45
ATJTHOR: Arkhangellskiy, A.A., Hero of Socialist Labor
TITLE: The Fastest Airliner (Samyy bystrokhodnyy passazhirskiy
samolet)
PERIODICAL: Vestnik vozdushnogo flota, 1958, Nr 2,-PP. 75-78 (USSR)
ABSTRACT: The author states that the construction of Tu-114, 11-18
,
.
and AN-10 airliners as well as of powerful bombers and
supersonic fighters proves the fact that the Soviet Union
leads in the field of jet aviation. -The collective of
designers under the direction of chief designer A.N.
Tupolev are busy designing high-speed airliners of great
load capacity and of long ranges. According to the
author, the airliner Tu-114 is undergoing flight tests
at the present time. The Tu-114 is a cantilever monoplane
with sweptback wings and empennage and is equipped with
four powerful turboprop engines. Under normal conditions
the airliner accomodates'170 passengers, For long-rangep
intercontinental flights the number of passengers is
reduced to 120, but on short trips between Moscow and the
resorts in the Caucasus and Crimea the airliner is capable
of carrying 220 persons. A well-established airconditioningp
Card 2
1/

The Fastest Airliner (cont.) 86-2-41/45
good soundproofing and comfortable seats make the passengers feel
very comfortable throughout the non-stop flights-of 10 - 12
hours duration between Moscow and such remote.places as Vladivostok,
Peking,, Rangoon., New York. The Tu-114 is equipped with the most
modem devices of.air navigation, radio navigation, and automatic
piloting. Thanks to the high load capacity,, long range and speed,
as well as the efficiency of turboprop engines the cost of flight
operation is.reduced considerably.and does not exceed the cost of
trauisportation by railroad. According to the author., the Tu-114
is the world's largest aircraft with turboprop engines, It was
designed by N.D. Kuznetsov, Hero of Socialist Labor, and the
great power output of its engines is superior to all other
edating engines abroad. Five photos.
AVAILABLE: Library of Congress
Cani 2/2

SOV/24-58-11-6/42
AUTHORS:
,.:Arkhangellskiy, A. A. and Kulebakin, V. S.
TITLE: Academician A. N. Tupolev, on the occasion of his
70th birthday
PERICDICAL: Izvestiya Akademii Nauk SSSR, Otdeleniye Tekhnicheskikh
Nauk, 1958, Nr ll~ pp 4-6 (USSR)
ABSTRACT: Tupolev ended his studies on aviation in 1918. He took
a very active part in organising the Central Aero-
Hydrodynamic Institute (TsAGI),which was creat6d in
1918 on the initiative of N. Ye. Zhukovskiy. It was in
this Institute that the entire scientific activity in
the aviation field was concentrated in the Soviet Union
between 1923 and 1940. This Institute was also
responsible for training strong teams of scientists
who are at present occupying leading positions in aLmost
all the Soviet aviation research institutes. The type
designations, mostly prewar, of the aircraft are briefly
enumerated which were developed with the direct co-
operation or under the guidance of Tupolev, The Tu-104
developed in 1955 is claimed to be one of the best
passenger jet aircraft at present available; its cruising
Cardl/2 speed is 800 km/hr and due to the fact that the cabin

SOV/24-58-11-6/42
Academician A. N. Tupolev, on the Occasion of his 70th Birthday
is pressurized it can fly at an altitude of 10 000 m.
A modification of this is the Tu-110 which has four
engines instead of the two of the Tu-104 and has a
carrying capacity of 100 to 120 passengers. The most
recent type in this series is the Tu-114. The aircraft
Tu-104 and Tu-114 carry modern means of navigation,
radio navigation and automatic pilots so that the
aircraft can fly at any time of the day or night.
Tupolev has contributed greatly to aviation science,
he developed the fundamentals of aerodynamic calcula-
tion of an aircraft', the theory of stressing, etc.
In addition to designing aircraft, A. N. Tupolev has
designed a number of types of naval torpedo launches,
Tupolev became an active member of the Ac.Sc. USSR in
1953. He has been awarded the Lenin Orderl the
Suvorov Second Degree Order, two Red Banner Orders,, the
Order of the Red Star, several Stalin Prizes and others.,
Card 2/2

SOV/85-58-10-15/34-
AUMOR: Arkhangellekiy,, A,,, Hero of Socialist Labor
TITLE: Stages in Creative Work (Etepy tvorcheskogo puti)
PERIODICAL: Kryllya rodiny, 1958) lqr 10, PP 11-13 (USSR)
ABSTRACT: The author,, 'who belonged to the first group of aviation students
organized by Professor N.Ye, Zhukovskiy, "Father of Russian Aviation"
(1910-1913), describes the early stages in the developmentof avia-
tion, with particular emphasis on the activities of Andrey Nikolayevich
Tupolev, the Soviet Union'sloldest aircraft designer. From the time
the Tsentrallnyy aerogidrodinsmicheskiy institut (Central Aerohydro-
dynamic Institute) (TsAGI) vas established in 1918 on the initiative
of ?rofessor Zhukovskiy and with Leninfa consent, Tupolev, then fresh
from defending his thesis, became his teacherts closest assistant
and collaborator in the new organization. There are 6 photographs
showing early Soviet planes and aviation personnel. [See outside
front cover]. [To be continued.]
Card 1/1

S.O'V/85-58-U-22/33
AUTHOR: Arkhangellskiy, A., Hero of Socialist Iabor
TITLE: Stages in Creative Work (Etapy tvorcheskogo pai) (Concluded)
PERIODICAL: Kryllys, rodiny, 1958, Nr 11, py 20-22 (USSR)
ABSTRACT: The author continues-to relate events dating back to 1929, concernink
plans for construction of passenger airplanes in which A. N. Tupolev played a
major role. He describes the improvements achieved in the construction of later
models, Including the Tu-114 Weenger airplaue. There are 6 yhotosTaphs-
showing the ANT 9, 4, 20, 44, 42 and the Tu- 114.
Card 1/1

ARKHANGELIS,KIY,,A., zasluzhennyy deyatell nauk-I J tekhniki, Gercy
Sotsiallaticheakago-Truda..
Creator o.f winged giants. Kryl. rode 14 no.11:8-11 N 163.
(MIRA 16.-JI)

L 3991-3-65 M,"A (k ln N
Peb EX I
ACCESSION NR: AP5004:448 S/0085/65A00/001/016Z/016h
AUTHOR: Arkhan&el'skjXJ~,_,(H,ero of socialist labor)
TITLE, The Tu~114 [airtr4ftl
SOURCE: Kryl'ya rodiny, no; 1, 1965, 16E-16H
TOPIC TAGS: passenger aircraft, jet aircraft, transport aircraft, ducted fan jet
engine
ABSTRACT: The Soviet aircraft-design office headed by the Designer-in-Chief
Arademician A. N. Tupolev has developed a new commercial airliner, the Tu-114.
II'- - , - ' -eln z4 the Tz~-' 24 mode, Which cas
i z -31 r r r 4 ~_ t i ; s a i a c o b e
-s r-.r
Lize Ifirs-t
routes. The powerplants of the Tu-i34 were movea L ow a iL;. -,i - - , ~- : ,
fuselage - a design feature employed by this office first in 1946 and again in
1957. The following performance cnaracteristics, are given: pavi-oad - up to
75()(j Kg. cruisii~,?, speed ,-%prat in., ran-,-e wl~n fuli payioad
up to 2000 km; maximum range witti ftL,.,;er pa~:Sez-._i-ers - J~
length for 1500-km flight range - 1600 m, and for tRe maximum range - '.800 m. The
aircraft is powered by ducted-fan jet engines built by a team of engineers headed by
Card

L 39943-65
ACCESSION NR: AP5004448

Chief Designer P. A. Solov'yev. The fuel comsump on is lower than that of the
engines on the Tu-324. A new landing-gear desig ~4nsur- tile absorption of shock
wuile taxiing and during takeoffs ip_~ th,
is t1le -~-passenger tourist ". ers separa-,e.-;
the cockpit by a vestibule w- th a hatch, a baggage couzaFai tw.~2aL,
room. There are two cargo hatches located an the right side of the plane, which
are used for servicing the baggage compartments. Equipment is located under the
floor of the cabin and in the unpressurized tail section. it -an be reached through
hatcnes in the ~;"`in :,~ c:ie ~,,se'a2t iz is thrc,!Ph in floor. The
carv i;arl-hes -an a1-:.- used gs em-r~~,enc,.-
hatct., ~i --c.--. -,;t-ils :iL .,,s, open-
- " 7' ..1r, C, I ,
ing onto the wing, carl be use,, tbr ri- iame purP --;e.
a i r c r at L U-1 -a- ..c- irr;in2eo rericsikoning
the seats and the bulkheads; the track-mounted seat units are easi-Ly reair&nge,1.
A censcant temperature is automatically maintained in the cabin through the use ot
paael-type heating, normal vencilarion, and individual outlets for fresh, cooled
air. During flight passengers are furnished both hoL ana Cold food from a kitchen-
buffet. In flight tests conductec by A. Dt_-K-alina and N. N. Kharitonov the new air-
craft revealed a high degree of simplicity and reiiability in !)QLh handling and con-
trol. Orig. art. bas: 12 figures. (VMi
Card 2/3

A-
AUTHOR: Makarenko, F.A. 11-12-7/10
TITLE: Contemporary State and Fundamental Problems of Soviet Hydro-
geology (Sovremennoye sostoyaniye i osnovnyye problemy so-
vetskoy gidrogeologii)
PERIODICAL: Izvestiya Akademii Nauk SSSR, Seriya Geologicheskaya, 1957,
# 12, PP 97-108 (USSR)
h'B%TUZT I k vide network of s?eoial scientific institutes which are
engaged in various research in the field of hydrogeology an&
engineering geology spans the USSR. Increased emphasis Is
laid on specialized geologic research, such as geological
geochemistry, ore mineralogy, geomorphology, soil geobotany,
volcanology and finally hydrogeology, linked up anew with
these sciences, the methods of which essentially aided the
studies of water resources. The tremendous importance of
subsurface waters was first stressed by V.I. Vernadskiy, A.F.
Fersman, A.D. Arkhangel'skiy, B.B. Polynov, A.P. Vinogradov,
NX. StrikhoV an_d__o_t_Fe_rs. The rules of formation of subsur-
face water resources, their economic importqnce and their con-
servation became one of the primary objectives of present
hydrologic institutes. The academicians F.P. Savarenskiy,
Card 1/5 V.I. Vernadskiy, member-correspondent X.N. Slavyanova, G*N.

11-12-7/10
Contemporary State and Fundamental Problems of Soviet Hydrogeology
Kamenskiy and others are prominent among numerous groups of
Soviet geologists engaged in hydrogeologic research. Hydro-
geology, being the only science dealing with subsurface water
resources, and, in accordance with specialization taken place
in geology and geography, is subdivided into several branches,
such as mining and mineral hydrogeology, hydrogeology of
waters associated with crude oil, radiohydrogeology, hydro-
geothermics, hydrogeology of mineral waters and hydro-geo-
chemistry. As a consequencel numerous scientific problems
arise, which can be classified as follows: 1. Origin and
formation of subsurface waters. 2. General theory and dynamics
of subsurface waters. 3. Subsurface flow and connections of
subsurface waters with surface waters. 4. Zones and geologic
rtiles of the distribution of subsurface water resources. 5.
Equilibrium, reeerves and conservation of subsurface water re-
sources. 6. Mineral waters, mineralized waters and brines.
7. Thermal waters, their role in the thermic equilibrium of
the earth's crust and their utilization for thermification
and power engineering. 8. Correlation of waters with mountain
rocks. 9. Hydrodynamical and hydrochemical basis for the
Card 2/5 study of the system of subsurface waters. 10. General prob-

11-12-;7/10
Contemporary State and']Pundams~~tal Problems of Soviet Hydrogeology
lems of hydroohemistry and geochemistry of subsurface.w,gters.
11. Hydrogeochemical and hydrogeological criterions and-
methods a prospecting for minerals. 12. Problems of radio-,-
hydrogeol-ogy. As to the genesis of subsurface waters, modern
hydrogeology arived to the conclusion that underground water
resouroeacbriginate.mainly from filtration, partly Opm pro-
ceases of.rlondensationp from-anoien~ seas, lagoons and other
deposits submerged xtogitherr with -rock f orifiations of basins,-~:
and several other processes. Detailed studies are presently
conducted 'in different~regions of the USSR on geological,
zonalt geochemio4lp'biogeoohe:mical, geothermal, and hydro-
4ynamic conditions as well &r the regularity of formation and
ft*tributton of water resoul-oes. The publication of V.I. Ver-
naAskiy in 1936 laid the foundation for Systematic studies of
subsurface,.water resources of the USSR. At this time, ex-
tensive geologic-geochemical research was conducted by A.D.
Arkhangellskiy, E.S. Zalmanzon and othet scientists. Deep
drilling operations provided extensive data for t4o prepara-
tion of hydrogeo&bgJ:oal maps, which were issue-d'st a scale of
Ca)7d 3/5 1; 500,000 by the Ministry of Geology and.~ Con'sarvation of
f

11-12-7/10
Contemporary State and Fundamental Problems of Soviet Hydrogeology
Natural Resources (Ministerstvo geologii in okhrany nedr).
Small scale maps on subsurface water and deep underground
water resources were prepared by I.K. Zaytsev and V.I. Du-
khanin. To study the interaction between water and mountain
rocks, studies of reactions under field conditions and in
laboratories were conducted. For several years G.N. Ka-
menskiy worked successfully on problems pertaining to the
flow, storage, and supply of subsurface water resources. In
the entire area of the Russian plateau,in some areas in
Central Asia and in some regions of the European part of the
USSR the flows of subsurface waters were investigated. Studies
of the origin and location of mineral waters were taken up by
N.N. Slavyanov, I.I. Volodkevich and other geologists. It was
found that the methods used successfully by hydrogeologists
and hydrochemists at the prospecting for oil, gas and metals
could also be applied at hydrogeochemical and hydrogeological
reseaich, Various hydrochemical methods perfected by A.A.
Brodskiy, A.I. Germanov, A.V. Shcherbakov and others are now
widely used for prospecting oil and ore deposits. Studies for
the use of thermal waters for heating purposes were initiated
Card 4/5 by the Institute of Geochemistry and Analytical Chemistry of

11-12-7/10
Contemporary State and Fundamental Problems of Soviet Hydrogeology
the USSR Academy of Sciences (Institut geokhemii i analiti-
cheskoy khimii AN SSSR), the Laboratory of Hydrogeological
Problems and the Institute for Physics of the Earth of the
USSR Academy of Sciences (Laboratoriya gidrogeologicheskikh
problem i institut fiziki zemli AN SSSR). Thermal, high-
thermal and superheated waters located in deep Mesozoic strata
occur within the area of the large west Siberian artesian
basin over an expanse of more than 2 million sq km. The use
of these waters for thermification has started. Based on
present data, it has been estimated that more than 60 cities
of the USSR, including rural districts, can be centrally
heated by thermal waters.
AVAILABLE: Library of Congress
Card 5/5

- - -- -and---- Others
Aqr~f i
I A. .
Manual of the overhaul of the "Jenni" Universal speed rev
gulator, 'foenizdat, 1948.

- -I -
Ail KIPUCIELISIK i-y A. F.
28119
Voprosy orgarizatsii vzryvnykh
(vsyeso,,uz. Nauch - isslyed. In
j
va), Byp. 1, 19h9, S. L2 - N7.
rabot pri prokhodke stvolov. Sbornik rabot vniiomtss
- t organizatsii i myek'lanizats-ii shakhtnogo stroit-
So: Letopis No. 3h

Y A K US I I IN N PA 'Mr, i Ut lz G; -11 S K I Y, lkr
MIRAS I YAT"
Ventilation of, vertical mine shafts in the process of their sinking. Ugoll
27 Tio. 4., 1952
SO: August, 1952.

28(l) I-R= I BOOK MOLOTIAIT= 307/2702 -T
Akadealya nauk SSSR. Institut awtomatikt I t016108kh"I"'
Seminar PC pnevmogidravl I Cho okay ATtomatike. let, M09CO- ,1957
Zo-borntV
Stafg. ustroystva I slamenty pzavmo- I gidroavtomattkii
"tio and Hydraulic Circuits 2evices, and Elements In
AoAt..,ion; ffollection of Pap*rZ/) Moscow, lzd-va AR SSSR.
1959. 233 P. Errata Slip inserted. 2.700 copies printed.
Ras;j.Zd.1 M. A. Ayzerman, Doctor or Technical scianc;svpproreasor;
. of Publishing Rouse s A. A. Tal-I Tech. Ed. 8 . . Polyakoft.
PURPOSEt This collection of papers Is intended for scientific
research workers and anglaeors in the field of design and Can-
struction of pneumatic end hydraulic equipment and accessories
ror automation.
COVERAGE% This collection contains papers read at the Seminar on
P=umLt1c and Hydraulic Devices for Automation, May 28. 1957.
The collection Is divided Into the following three groupst 1) -4Z
newly developed preumatia and.hydraulle circuits 2) pneumatic
and nydraulla devices, Including rejulating unit .. transmittora
`-and 'transducers, Bpea lal-purpoao devices,
and auxiliary equipment and 3) elegant@ of pneumatic and hyd-
raulic devices for automation, much as controlled and permanent
nozzles and dl:Phr&gma. No personalities am mentioned. Refer-
sness-fOllOw a veral of the papera.
Podgoyetaki L.. and R.M. Brave. sccO. XBT&MA Three-
Unit 30
Dvor A- V-M- OBCOX7- S9ftlI--izQ Hydraulic Regulating Unit.
.Vu
F~T AX SS
Z 57
rA V A - R KQ:ccx7. Problems in
Constructing Primary IM-rusents rf Pressure Trans-
Sitter With Pneumatic Force Compensation 61
This paper in a theoretical discussion of dirrarential
transmitters dealing with their xanxitivity. errors, and
reliability.
V- L365COX7- Electraphauxatic* Transducers. IAT
A3VswB 77
Mitir-16a, Fv-W -19 OxecIA7- Static Characteristics of I& Pneumatlo
m ~Oru` tZilt Pressure Drop In Nozzles 86
This Pape r discusses the Static characterixtics of a back-
pressure type Pneumatic relay with indicators that are not
"asitive to min-Ate gap Chang...
Pa""telev- 3-M-1 a- ',A-,A9k='arr.;c
ressuro Transmitters With a JROS-47. Different
h So, a,
Or Xon-Saviet Designs) tic orce Compensation 91
9020C197- GGn0r&l-PurP0se Xydraulto Power
arno-drivo
99
Arkhang*2 'ski F- Hydraulic UnIvOrgal 74rlable.dpoad
This Paper describes an AxiAl-Platon variable-opeed 103
transmission.
Of application a Its technical ffP0c'ftOAt%Ons and fields
re discussed.
reningra47. Equations ror a Stabilizing System
hl!ft a Hydgrulic 9tuAtOr Connected with a Control Device by
9,1drowlIc In Lino&
Equations or the motion or the actuator Piston and elements 112
Of the Control device "a given. Design x"ploo are
presented.

AM21MIGELISM, A. P.
"Hydraulic Universal Velocity BeSulator." (URS) and its Application in
National Economy"
report presented at the Scientific Seminar on Fnsumo-Hydraulic Automation,
28-29 May 1957, at the Inst. for Automation and Remote Control (IAT), Acad. Sci. USSR
Avtomika i Telemoldianika,_ 1957, Vol. 18, No. 12, pp. 1148-115o, (author
SEVJK(JVA) A. 1. )

AUTHORt Arkhangellskiy, A.F.,'Engineer 117-56-5-9/24
TITLEa Lapping Machine for Lapping Spherical Plunger Heads
(Stanok dlya dovodki sharovykh golovok shtokov)
PERIODICAL: Mashinostroitell, 1958, Nr 5, pp 24-25 (USSR)
ABSTRACT; The finishing polish of the spherical plunger heads of hy-
dr4ulically operated speed controllers is dons at the Kirov
Plant in Chelyabinsk by means of a special lapping machine
which consists of a head stock and tail stock, both being
mounted on a common stand, facing each other as is shown in
figure 1. The tail stock has a fixed spindle, while the head
stock has a driving shaft and a countershaft with a speed-
change gear. Each stock is driven by a separate electric
motor. The head stock is fitted with a lap and the tail stock
with a thrust lap, rotating in opposite directions. The pro-
cess of machining consists of 2 operations - grinding and
finishing polish. After having cleaned tbp plunger head of
scales, immersed it in emulsion and covered it with abrasive
powder, it is placed in the recess of the lap of the head
Card 1/2 stock and backed against the thrust lap of the tail stock, care

1117-58-5-9/2-1
Lapping Machine for Lapping Spherical Plunger Heads
being taken that during the lapping operation the plungex head
is moved in all directions to ensure even grinding. The f-.,-
nishing polish operation is basically the same, the only dif-
ference being that a special polishing emulsion is used, con-
sisting of finely-dispersed aluminum oxide, oleine acid and
stearine. There is I figure and 1 table.
ASSOCIATION: Kirovskiy Plant in Chelyabins~Virovskiy zavod g. Chelyabinsk)
AVAILABLE: Library of Congress
Card 2/2 1. Lapping machines-Applications 2. Lapping machines-Operation

XRASTOMEVSKIY..L,S.; DANCHICH, V.V.: AVDIYE14KO, T.G.; ARKUNGELl SKlY,
GAK, A.4; IMPIYANTSZV, Yu.P.; ZELINSKIY, V.M.,--lVATOV, F.S.; ITANILUIMLut
P.R.; XALININA, M.D.; KRAVCHENKO, A.G.; KOTLYAROVA, A.V.; KRUGLYAKOVA,
M.D.; LEVIKOV, Ii-I.; LIBKIND, R.I.; NIKOLAYEVA, N.A.; HAUKENKO, T.F.;
PRESWUN, I.B.; PRISTAZENIKOV. V.S.; POBEDINSKAYA, L.P.; POKALYUKOV,
S.N.; POPOV, A.A.; SOLOMMSEV, M.N.-; TARASOV. I.V.; FILONENKO, A.So;
SHISHOV, Ye.L.; SUAYMAN, L.I.; YAKMIN, N.P.; ZVORYKINA, L.H., rod.
izd-va; LOKILINA, L.N., tekhn.red.
[Horiz*tal mining in foreign countries] Provedenie go#zoital'nykh
vyrabotok za rabeshom. Moskva, Uglatekhisdat, 1958. 342 p. (MIRA 12:4)
1. Kharkov. Vseooyusnyy nauchno-iseledovateliskiy institut organizataii
i makhanizateii shakhtnogo stroitalletva.
(Mining engineering)

ARKHANGELISKIY, A.F., inzh.
Constant discharge pump for the hydraulic units of a heavy
tractor. Stroi,i doremash. 7 no.10:15-16 0 162.
(MIRA 15:11)
(Pumping machinery) (Tractors-Equipment and supplies)

AROANGELISKILY, A.F., llizh.
Ualrig URS-type hydramlic pumpe and dr.Aves IfL .10adlrg machine.,
610,troi. 1. dor., mash. 10 noolsIO-11 ja 26-- (KliU, 18:2)

inzh.
The PNB-3M loading machine with hydraulic drive. Gor. zhur. no-52
41-42 My 165. (MIRA 18:5)
1. Chelyabinskiy traktornyy zavod.

ARK,WGIMISKIY, L.I.
Tectonic subdivision of the province of meso-cenozoic coal deposits
in the west Am= region. Dokl. AN SSSR 117 no.2:271-274 N 157. _
(MIRA lit3)
1. Veasoyuznn nauahno-issladovatel'okly ugol'tW inatitut. Prod-
stavlono akaaemikom S.I. Mironovym.
(Amur Valley-Geology, Stratigraphic)

3 (5) SOV/11-59-4-6/16
AUTHOR: Arkhangellskiyp A, I,
- --L --------------------
TITLE: Coal Bearing Mesozoic Deposits of the Eastern Slope of the
Malyy Khingan Mountain Range and Adjacent Regions
(Uglenosnyy Mezozoy vostochnogo sklona khrebta Malyy
Xhingan i sopredellnykh oblastey)
PERIODICAL; Izvestiya Akademii nauk SSSR, Seriya geologicheskaya~ 1959p
Nr 4, pp 79 - 90 (USSR)
ABSTRACT: The author describes.the results of prospecting operations
for new coal deposits in the Jewish Autonomous Oblast' and
in the adjacent western regions of the Amur river. The
operations were conducted by the Ministry of Geology and
Conservation of Mineral Resources of the USSR and the central
geological management of the former Ministry of the Coal
Industry of the USSR. Comparing the fossilized flora of
these regions found in beds and seams, the author Ands
that the formation of these coal deposits (described in
Card 1/2 detail) occured in three phases; 1) Middle and Lower

SOV/11-59-4-6/16
Coal Bearing Mesozoic Deposits of the Eastern Slope of the Malyy
Khingan Mountain Range and Adjacent Regions
Jurassic periods; 2) Upper-Jurassic and Lower Cretaceous
per:-;ods, and 3) Upper Cretaceous and Tertiary periodsp
the first two phases corresponding to the upper and middle
structural. stages of Mesozoic Folding and the third - to
the Cenozoic Folding. The quality of coal of the regions
adjacent to Birobidzhan is very poor. There are 1 map,
1 table and 15 Soviet references.
ASSOCIATION: Vsesoyuznyy P..-i. ugolinyy institut (VUGI) (The All-Union
Scientific Research Coal Institute (VUGI) Moscow.
SUBMITTED: April 30, 1956.
Card 2/2

3(0) SOV/20--125-2-37/64
AUTHOR: Arkhangellskiy, A. I.
TITLE: - -O-n -the Stratigraph7 ~ofth~erarbcniferouu Sediments of the
Eastern Slope of the Malyy Xhingan Range (K stratigrafii
uglenosnykh otlozheniy vostochnogo sklona khrebta Malogo
Khingana)
PERIODICAL: Doklady Akademii nauk SSSR, 1959, Vol 125, Nr 2,. pp ~69-371
(USSR)
ABSTRACT: Up to now the sediments mentioned in the title had been des-
cribed as being of Jurassic or Triaasic age (Refs 1-3 e-*E al).
The paloobotanical investigations carried ou-** by
(Ref 4) and by the author on the one hand facilitatedthe age
determination, and on the other hand proved the contemporanei-
ty of said sediments with those of ths catchmen+ areas of
the rivers Zeya and Bureya and of the upper cotizee of the
river Amur. The author presents a arose section of the sedi-
ments concerned together with the formation situatqe. a'uove
and below them. A) B i r a k a y a S u i t a (1 3- Cr,)b with
3 subdivisions and a totai thickness of 510 m. The meddle one
Card 1/3 contains 4 coal beams in tufaceous polymict aleurites and

SOV/2c;-- I 25-2-7i716.4
On the Stratigraphy of the Carboniferous Sedimenis of the Eaa-'m;err. Slopa
of the Malyy Xhingan Range
sandstones. In them, 10 species in plant rema' 'as weze determined
by R. Z. Genkina. B) L a n g a r :~ n s k sa y a S JL t 9
(I )? (of Ref 3) shows 2 subdivisicni. In the or-a.
smalli, thin, indeterminab;e peleoypode and gaeiropode shalils
were found. In the carboniferous sedimenis 36 km v-,st )f Bira
railway stationg 13 fossil plant speooies were fouTd. They
date from the Lower Jurassic age (Ref 6). The abova-mentioned
floristic complexes indicate ar. Uppex-J,-,ra6si~,,-L,),-ie~---117retaceous
age. The determination (by G. Ya. Krymgolts) as Lower.-Ju:7assic
or a belemnite of the typa Cylizd::~~thsutis stimr,"& flou;ad in
this area does, in the light o"* the data presented in -he
papers under consideration no-v- seam to ta ,orreat. For the
carboniferous sediments of the Bira foot the authix ios4ulates
a Middle-Lower-Jurassic age. Thus the conclusions (Raf 5 et al)
as to the contemparaneity of said rocks on the'left and right
banks of river Bol'shaya Bira (Ugollnaye Sopka region) do
not tally with the new paleobotanical findings. It seem3 that
the carboniferous rocks of the Butefskaya suits (~2~ cf the
upper-Amur coal region, of the Zeyskaya suite 7? (;eya
Card 2/3 catchment area) and of the lower carl:oniferous mAg"I(I 2) in

SOV/2o-125-2-37/64
On the Stratigraphy of the Carboniferous Sediments of the Eastern Slope
of the Malyy Khingan Range
the Kheganskiy district in northern Manchuria are to be added
to the sedimentary formations which are synchronous with the
lower carboniferous mass of (conditionally) Middle Jurassic
age on the eastern slope of the Malyy Khingan. In the Bu-
reya catchment area there are no age analogies wilh said
rocks, as Middle Jurassic rocks are represented there by
maritime facies. There are 5 Soviet references.
ASSOCIATION: Vaesoyuznyy nauchno-is sled ovatel I skiy ugol.1--xv-T
(All-Union Scientific Coal Research Institutll;)
PRESENTED: November 219 1958, by S. I. Mironovp Academician
SUBMITTED: November 21, 1958
Card 3/3

ARKHANGELIS,KrYA A.L., dots.; SHOROV, L.A.
(Outlines of the relief, hydrograp#y, and climate of
Sverdlovsk Province; reference textbook] Ocherki rellefa,
gidrografii I klimata Sverdlovskoi oblasti; uchebrio-
spravochnoe posobie. Sverdlovsk, Urallskil politekhn.
in-t, 1961. 44 p. (,-' I IM 18 -. 7 )

.ARKHANGFISKIY, A. K.
"On the dimension of spaces"
report submitted at the Intl Conf of Mathematics, Stockholm, Sweden,
15-22 Aug 62

ARKHANGELISKIY, A.L., dotsent
The freezing of soils in Sverdlovsk Province. Izv. vys. ucheb.
zav.; gor, zhur. 6 no.9:190 163. (MIRA 17:1)
1. Urallskiy politekhnicheskiy institut imeni Kirova. Rekomendovana
kafedroy geologii i mineralogii.

~Owk)-F-' Kly
AROMMISKIL A.-
.,; KNOBELISEORP, YE. V.
Geography - Textbooks
School textbooke ou geography. Izv. V666. geog. obshch., 84, No. 2. 1952.
9. Monthl List of Russian Accessions, Library of Congress, Octnber -1952, Uncl.

dUMEANGELISKlY, A.M.
---N-
lkybinsk Reservoir. Geog.v shkole no.5:7-10 S '5). (14ML 6:8 )
Mrbinsk Reservoir)