SCIENTIFIC ABSTRACT VYBORNY, J. - VYCHYTIL, P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001961320020-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

PONCAROVA,'Zdana; VYBOUYPJOBOf
" ~
Retmporitonsal rupture of the dUOdOUUA- Rczh- chir. 34 no.2:
103-109 7 '60s
1. Chirargicka klinike, fakulty detsksho lakarstvi Irarlovy univer-
siiy v Praze, prednosta doc. dr. Zdansk Tahala.
(MODIM wds. & W. )

VYBORNY, Josef; PONCAROVA, Zdena
Solitary diverticuUtis of the cecum. Roxhl. chir. 40 no.8-1575-378
Ag 161,
1. Chh-urgicks, klinika fakulty detakeho lakaretvi.. fakultni nemocnice
v Prazo 1, prednosta doe. MUDr. Zdenek Vkhala.
(DIVM'LICTJLITIS case reports)

VYBORNY Josef MMrj JIMCMK, Otakar, HUDr-, JIRASIK, Lubor, HUDr,- USEK,
AuaO117"Wr
Spontanni panniculitis. Cas.lek.cesk. 91 no.8.6227-234 22 Pab 52.
1. Z chirurgickeho oddeleni statni fakultnt nemocnice, pobacky v
Praze III; prednosta: MUDr Zdanek Vahala. z ir. dermatovenerolo-
gicke kliniky university Karlov7: prednoeta: prof. dr. Karel
Hubschmann, C It pathologicko-anatomickaho ustavu university
XarlOA7 pradnosta: prof. dr. Homan Sikl.
WNNICULITIS,
spontaneous, clin. manifest, & ther.)

VMRNY J f"Mr.; JENICEK. Otakar, MUDr.
Tra-tic dislocation of the hip in children. Acts, cbir. orthop.
traum. cech. Z3 no.3;124-128 June 56.
1. Z chirurgicke kliniky nemocnice v ?raze, 1, Pad Petrinem,
prednosta liffDr. Zdenek Vahala.
(HIP, dislocation
traum., In child., case report (Cz))
(DISTOCATIONS.
hip in child, case report (Cz))
(WW11DS AUD INJURIES
causitg hip disloc. in child, case report (Gz))

.AUTHORt VYBORKYoRudol'f 20-4-4/52
4ITLEs On the Properties of the Solutions of Some Boundary Value
Problems for Equations nf Parabolic Type (0 svoystvakh
resheniy nekotorykh krEVevykh zadach dlya urayneniy parabolicheskogo
tipa) SS
PERIODICAL: DokladyAkademii Nau e,19'57, Vol 117, Nr 4, pp 563-565 (USSR)
ABSTRACT: In a domain G with a sufficiently smooth boundary the author
conijiders boundary value problems for the equations
L(u) - f(X,t)
and L(u) - 0,
where
n
L(u) z a iiU xu x + bi ux -ut +0u
i,j-1 i i i
and X - (x19 ... fx n). With the aid of methods due to Hopf
Ref. 1, 2 1 and Oleynik /Raf, 3.7the author proves the uniqueneas
b
of -the formulated bounda:cy value problems and the continuous
Card 1/2 dependence of the solutions of the coefficients of the equation

On the Properties of the Solutions of Some Boundary Value 20-4-4/52
Problems for Equations of Parallolic Type
on the right sides and on initial- and boundary conditions.
altogether six theorems (only two of them with a sketched
proof) are formulated.
1 Soviet and 6 foreign references are quoted.
ASSOCIATIONsMathematical Institute of the Czeohoolovak-Un loademy of
9ciences (Matematicheskiy institut Chekhoelovatskoy Akademii
nauk
PRESENTED% By S.L.Sobolev, Academician, 8 June 1957
SUBMITTEDt 17 May 1957
AVAILABLEs Library of Congress
Card 2/2

P/508/62/012/001/001/001
Regular and stable ... D234/0308
U(f,y) is equal to f(y) for any contirtuous function f. A domain G
is called stable if U(f,x) f(x) for any continuous f and any x EG.
Several theorems are proved, among them the following: the domain
G is stable if, and only if the set of unstable boundary points has
zero harmonic measure; if a point is stable for (1) it is also
stable for (2) and vice versa.
SUBMITTED: December 29 1959

!-"I
J
VXBORNYS Rudolf f ~.,
*Differential cAlculus for beginners' by Karol HavlIcak. Reviewed by
Rudolf' Vyborny. Aplikace mat 7 no.4:328-329 162.

L 13245-,~ AFFTC/ASD/SSD
Pi t Pu-4 ww c/044/63/000/003/ 26/047
A:UTHOR,-., Babu a, I., V~borkg, R.
MINIMUM"
TITLE: Regular and Istabls boundary points for problems of the heat
conducLion-equation
Pr :iv2nyy _:Z~;Iu rn
-~A t
-Refera-;ivnvv hu
atematika, ~nci,- l963,_6o,_-Abstract 3
RIODICAL: -1 6 st 70.
=an
-and -of regular and stabl.
TEXT- Problens -of -the existence of--a- olution
points for Laplace',ji,equation and the heat conduotirity.equation are considered.'
The _cona a --points -are-introtbaced-1 or -thoso----
pts _of_re dar .4nd. stabln-, regions- and
91 f pl co' e u t o
--equations, and- a numl~or-of-ass=ption3-coneorning solutions 6 I'm a a q a i n
~-and the heat c6nductivity oquation.are proved, On the basis ot these assump-
tions-and anumber of -evaluations, it is proved that., 1) a boundary point of
.-a region is-replar for Laplace's-equation if and only if it is regular for the
~_--heat conductivity equation; 2) a boundary point ofa region -As stable for the
-if---nd only if it is stable for Laplace's equaticn,
-heat.;conduction.equatlon a
IV. Buyvoll t The authors call a region rogular for
-'s c2Mon
LaPlace's equation if a s6lutJoh-of-tho- ichlet- prot-lem wdsts in it for -any
Dir
-Card 2

VYBORfffp Rudolf
I-- ~":- ~ , , - '. . I ~ ~. .
The enlarged maximin principle. ChekJwol mat. zH,;rnal 14
no.lill.0,-120 164.
1. Matenaticky ustav, Ceskoolovenska akademic ved, Prs:ha I.,
Utna 25.

DIAZ, J.D.; VYBORN-Y ,
t I A~
"
A mean valuce theorem for strorgly continuous vector valued functions.
Chekhoal mat zhurnal 14 no. 2:322-323 164.
1. Institute for Fluid Dynamics and Applied I'lathematicst College
Park, Maryland (for Diaz). 2. Institute of Mathematics,
Czechoslovak Academy of Sciencos, Prague 1, Zitna 25-(for Vyborny).

Vrj,ORZIY, Rudollf
,ties of the solutions of certain bounda jr problems for
-Propel.
parabolic equations, Dokl. AN sm n7 no.4:562-565 D 157.
(MIRA 11:3)
I,Hat,smaticheskiy institut Chokhoolovatakoy AN, Predstavleno
Akade-nikom S&L* Sobolavym,
(Differential equationso Partial)
01

VIBa=2 Rudolf.
N.NWMNNKN- a
"Volume and integral" by W.1to Rogosinaki, Revimmd b7 Rudolf
Vybo,rny. Aplikaes mat 8 no.2:158 263.
j

VYWRNI Rudolf
*Wculus of variation3m b7 L.90 Magole. Reviewd by Rudolf
Vyborny. Aplikace mat 8 no.2:159 163.

V U M L D4 OL...
uQu=tl.ty scianceg b7 E. Kamke. Reviewed by Rudolf Vyborny,
Aplikace mat 8 no.2:160 1,63,

PONCARMA, Zdena; VYBOM, Josef
A con*,'Irlb~iion'to the problem of Meckells diverticulum in adults.
Rozhl.chir.39 no-10:70&715 w6o.
1. Chirurgicka klinika f-skulty detakeho lefcarstvi, fakultni nemocuice
v Praze 1, prednosta doc. XUDr. Zdenek V4ala.
(MECKEVS DIVERTICULUM)

PHASE I BOOK EXPWITATION 636
VyboELk~p Bergey Fedorovich
Promyslovoye geofizicheskoye oborudovaniye i apparatura (Oilfield Geopbysical
Equipment and Apparatus) Moscowj, GostoptekhIzdatp 1958. 2B4 p. 4,000 copies
printed.
Executive Ed.: Bekman, Yu. K.; Tech. Ed.: Makhina, E. A.
PURPOSE: The publication serves tvo purposes: It is a textbook for tecknikum,
students and a practical manual for exploration geophysicists.
COVERAGE: The book describes contemporary instruments used in the geophysical
exploration of bore wells. The author claims that Soviet scientists have
introduced a nimber of new electro-geophysical methods of well logging and
have designed new equipment. The author points out that in 1956 the per-
centage of radLIometric (radioactivity determination) methods amounted to 60
percent of the entire bulk of electric logging jobs. Particular advances
were made in the methods of neutron logging of well bores., neutrqr~-ga- ray
logging, etc. The oil veI2 drilling industry has especially profited from
Card 116

Oilfi6ld Geophysicla Equilzbeut and Apparatus 636
the applicatiou of these new methods. Each chapter is dedicated to one type of
the nev eqtipment,, The author describes the COUstructioup'specifications., appli-
cation and accompaziies the description with diagrams. in addition, he adds a
short description of the corresponding type of equipwnt made outside the bjsR.
Zaee book is divided into'tvo Ixuts,, the first dealing with standard electric
lneglmg cables and hoisting equipeent and the second with more advanced apparatus.,
such as., combinati-= logo (i.e., boxes composed of seven cables)., resistance
meters, vell incUmometers, drift and slope indicators.. log calibrating systems,
diam&.!)r gau&vs,, rtsistance thermometers, phatographic-recording apparatus., and
various types of radioactivity logging, In several cases the manufacturer is also
mentioned. Me following plants (or laboratories) am mentioned in connection
with the types of instrument made: Ufa Geophysical Instrument Plant which makes
BKZ log boxes, RP-2 resistance meters, EST-4 and ESO-2 electric thermometers,
SKT-5 callipers (diameter gauges); Kiyev Georbysical Instrument Plant which makes
BKZ log boxes; the workshop-laboratory of Grozneftegeofizika Trust vhich makes
BKZ log boxes; TsVIL of Azneftegeofizika, Trust which makes electronic thermometers;
Neftepribor (Ieningrad) which makes REU-57 resistance meters, There are 13 tablesj,
172 figures., 17 Scrriet references,, and 2 English references.
Card 2/6

Oilfield Geophysical Equipment and Apparatus 636
TABLE OF
C01MM:
Introduction
PART 1. GEOPHYSICAL WELL EXPLO11ATION EQUIPMEN
Ch. I. Well Logging Cables 5
1. Technological specifications and construction of logging cables
2. Conditions and principles of cable use 10
3. Repair of Ugging cables 13
4. Splicing etbles and attaching them to a sonde (sounding cord)
and measuring instruments 19
5. Calibrating system of a cable 2B
Ch. 11. Sondes [sounding cords]; Electrode Plwamets; Lead Weights 31
6..sondes 31
7. Electrodes 33
8. Voe of son&.-S 36
9, Sonde heads vith suspended weight 36
10. Types of veight, 37
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Oilfield GeophyBical Equipment and Apparatus 06
Ch. III. Log Winches 41
". The LXMS-2CO0 and UM-3000 vinches 42
12. 7he LK-6w winch 45
13. Charge collector of a Vinch 45
14. The balancing pulley of a log 48
Ch. IV. Log Hoists 53
15. The XPP-MD and UP-ME stationary drill-log hoist 53
16. Oself-propelled" logs (logs mounted on a motortruck]. 56
17. The SKS-6oo nseif-pmAlied" log 68
PART II. GEOPHYSICAL WHU EXPLORATION APPARATUS
Ch. V. The BKZ Lq,, Boxes Elogs composed of seven cables] 75
18. The BKZ log box of the Ufa Geophysical Instiv nts Plant 76
19. 7he BKZ box of the Grozneftegeofizika TJrust 82
19a. The BKZ bo:c of the Kiyev Geopbysical Instru Plant 87
0%. VI. Resistance Meters 88
20. Meters for measuring resistivity in boreholes 88
21. Meters for measuring resistivity on surface 93
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Oilfield Geophysical Equipment and Apparatus 636
Ch, VIL Borehole Tharmomoters Ins
'72. Electric retsistance thermometers attached to a three-strand
cable 100
23. Electric renistance thermcmeters attached to a one-strand
cable U7
Ch. VnI. Borehole Calipering Instr=ents [diameter gauges] 130
24. The Ma-5 resistance calliper attached to a three-strazd
cable 131
25. The SKO-12 resistance calliper attached to a one-strand
cable 142
26. Rhombic callipers 146
Ch. IX. Inclinometers 149
27, The IM-2 kiclinometer 149
28, 7he ISh-3 and Igh-4 inclinometer 163
29. Photoinclinometers 177
30, The ZI-I 1=11nometer meamwing the drift cv=ve of the bore-
hole [drift indicator] 192
Card 516

Oilfield Geopbarsice.1 Equipment and Apparatus 636
Ch. X. Drillhole Slope Indicators 198

31- The NP-1 slope indicator 198

32. The crabination slope indicator 206
Ch, X1, (milti-electrodol Micro-spaced Sondes (sounding cords vith
minlymm distances betveen electrodes] 211
Ch. XII. Combinatica Borehole Metering System [attached to a seven-
strand cable] 217
Ch. =. Apparatus For Radioactivity Well Logging 223
33. General information 223
34. 7he:NGGK--57 aPPexatus for radioactivity logging 2V
35.'fte RK-W-5T APPeraft; fOr r6di0activitY 10WIM Vith
luminescent indicators 240
36. The PM-57 portable gamma-roor detecting appwatus 260
~J. Instructiono for using radioactivity logging apparatus in
bcreholes 269
38. Cementation gauges [used for cement vhich vas impregnated
vith radioactivity tracers (isotopes) and measuring the
cementation in the presence of gama MO] 2n
'Bibliogmpby 2B2
AVAIMU: Library of Congreom (TN,27l-P4V92)'
MH/eag
Card 616
9-21-58

VYBORNM, S.F*
&Oda
Development of equipment for strain measu:rements. Priborostroenie
no.1:22-25 A 164, WRA 17-.2)
I

8 C) C
BARSUKOV, Oleg Alekeandrovich; BLINOVA, Nina Hikhayloyu&;_VUM9TKH, 34rgjff~_'
I!2j=gj&,h- GULIN. Turiv Alaksand.-ovich; DAKHNOV. Vladimir Nikolaye-
vich; 1ARIONOT. V~racheslav VasiIyevirh;,KHOLIY, Arkedly Ivanovich;
TAMOV, A,G., dgktro f t.nauk. prof., reteenzent; SHOROXMVA,
L.I~,.voduvhchiy red.; PIOSINA. A.Se, tekbn.red.
[]Radioactive methods of research in oil -and lps wells] Radioaktivuye
metody iseledovaniia neftianykh i gazovykh skvazhin. Koskya. Goo.
naucluio-telthnAzd-vo neft. i gorno-toelivnoi lit-ryt 1958 314
(Oil w'oll loggingg Radiation) OUN M41

..,rp,XkcX*JIJXSXTXV. P.A., redaktor; NIKITJWKO, A.A.,
VTB ORN T.Uq.Urj:$yj%1Q
vedushchiy r~_daOior' ; XHLM NIJKOVA. A.A., takhnicheskiy redaktor
[The use of radioactive Isotopes in petroleum extraction and
well drilling] Primenenle radioaktivnykh Isotopoy v dobyche nefti
I burenit. skTazhin; ustod machanykh atomove KoskTa, Gos.nguchno-
takhn. izd-To neft. I gorno-toplivnoi lit-ry,-1957- 109 P.
WRA io:6)
(Radioisotopes--Industrial applications)
(Oil well drilling)

Tn I elf.
-- ANN",&
Controlling hydraulic fracturing of oil #and* by means of tagpd
Mons. Neftianik 1 no.7:19-23 J1 '56. '(MLRA 911l)
.1. 19,challnik otdols Glayneftegeofisiki,
(Petroleum engineering) (Oil well logging, Radiation)

"1,/,K
669.93
ab
VYDOR?ffKH., Smozy FOOROVICH
Primeneniye radioaktivnykh izotopov v dobyche nefti i burenit skvazhin
(metod Hechenykh Atomov) (Use of radioactive isotopes in petrolem extra-
ction and oil -dell drilling) Moskva, Gostoptekbizdatp 1957.
109 p. diagrs., tables.
"Literatura"* p. 108.

ITUBM ORHM S.F., rodaktor; PUSMNA. Yis.G..
, Sem3a Semullovich; ED
U.
vedusbohly redaktor;.POIABINA, A*-S-.-; takhnicheekly redaktor
[fleophysics in the petroleum industry for geologists; Interpretation
af the rasults of industrial geophysical studies] leftepromysloysis
geofitAka dlia goologov; interpretstalls resulitatoy proVelovykh
geoftsichaskikh Lealedovanii. Izd. 2-oo, perer. i dop. Moskva, Goo.
nauchtio-tekha. Ltd-vo neftl6not i gorno-toplivnoi lit-ry. 1957. 397 P.
Prospecting-Geophysical methods) (HLFA 10:4)
I well logging)
M

4116 /-~-j /v VA-~
PHASE BOOK EXPLOITATION 749
Barsukev, Oleg AlekBandrovich; Blinova, Nina Mikhaylevna; Vyb9r-.qkh,'
Serge dfififf-
y Fedorovich- Gulin, Yuriy Aleksandrovich; Dakhnov--V!6
ikolayevlcW;~I~ftonov, Vyacheslav Vasillyevich; Kholin, Arkadiy
Ivanovich
Radioaktivnyye metody issledovaniya neftyanykh i gazovykh skvazhin
(Radioactive Methods for Exploring Oil and Gas Wells) Moscow,
Gostoptekhizdat, 1958. 314 P. 5,000 copies printed.
Reviewers: Tarkhov, A.G.0 Doctor of Physical and Mathematical Sciences,
Professor, Department of Ore Geophysics of the Sverdlovsk Mining
Institute imeni V.V. Vakhrusheva; Executive Ed.: Shorokhova, L.I.;
Tech. Ed.: Polosina, A.S.
PURPOSE: The book was authorized an a textbook by the Ministry of
Higher Education for students of geological and geophysical so-otionf;
at petroleum vuzes. It is also intended as a handbook for geologists
and geophysicists dealing with the theory and techniques of modern
radioactive methods of oil well exploration.
Card 1/10

Radioactive Methods for Exploring (Cont.) 749
A.
COVERAGE: The authors stress the physical prinoiples of radiome'.ry
of oil and gas wells, describe the operation of radiometric instru-
ments and measuring procedures, and interpret the obtained data.
In 1953, the authors working at the Laborutoriya Radioaktivnykh
Metodov Issledovaniya Skvazhin (Laboratory of Radioactive Oil Well
Logging) of the Moscow Petroleum Institute were the first to solve
one of the most important problems, i.e., the use of radioactive
methods to determine the location of oilfield water in eased wells.
The authors developed the radioactive isotope method and the
special modifications of neutron methods for well surveying which
have been used extensively by industry since 1954 in the explora-
tion of petroleum resources. A method using sodium activation to
establish the location of oilfield water was developed in 1954 at
the Petroleum Institute of the USSR Academy of Sciences.
N.M. Blinov wrote chapter I; V.N* Dakhnov, the introduction and
chapters 11, V, and VII; A.I. Kholin, chapter III; O.M. Arutinov,
O.A. Barsulcov, Ya. Ya. Gorskiy, and V.V. Larionov, chapter IV;
V.V. Larionov and A.I. Kholin, chapter VI; Yu.A. Gulin and
I.I. Felldman, chapter VII; O.A. Barsukov and K.A. Barsukov,
chapter VIII; O.A. Barsukov, chapter IX; O.A. Barsukov and
A.I. Kholin, chapter X; and S.F. Vybornykh, chapter XI. There are
66 references scattered through the book, 37 of which are Soviet,
and the rest English. The book contains 21 tables and 146 drawings.
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Radioactive Methods for Exploring (Cont.) 749
TABLE OF CONTENTS:
Introduction 3
Ch, I, Physical Principles of Well Radiometry 10
I. Radioactivi ty and the law of radioac,Vive decay 10
2, Radioactive radiation and their characteristics 18
3. Brief data on the structure of the atomic nucleus 22
4. Artificial transformation of elements and nuclear
reactions 23
5# Neutron sources 27
6. Interaction of particles with matter 30
Ch. II. Radioactive Characteristics of Rocks 47
Natural radioactivity 47
Neutron characteristics of rocks 59
9. Induced radioactivity of rocks 66
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Radioactive Methods for Exploring (Cont.) 749
Ch. III. Methods of Well Radiometry 69
10. General data and classification of methods of well
radiometry 69
11. Method of natural radioactivity of rocks 71
12. Method of tagged atoms (isotope method) 73
13- Method of scattered gamma radiation 78
14. Neutron-neutron method (method of neutron density) ~9
15. Neutron-gamma method 1
16. Method of induced activity 83
17- Spectrometry of gamma radiation in wells 85
Ch. IV. Radiometric Instruments 88
18. General data and specifications to be met by radio-
metric instruments 88
19. Gamma-ray indicators 89
20. First radiometric well instrument 95
21. MNI one-channel instruments for operation on a
triple-core cable 96
22. Two-channel instruments (1955 NGGK-55 model) for
operation on a single-core cable 100
23. Auxiliary instruments and equipment for radiometric
3urveys
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hadloactive Methods for Exploring (Cont.) 749
24. Testing instruments for the absence of the interrelation
of channels and for linearity
25. Procedure of measurements in wells 113
26. Selection of conditions of measurement 115
27. Quality control of measurement 119
28. New models of radiometric, instruments 120
Ch. V. Theoretical Principles of the Gamma method of Well
Surveying 137
Ch. VI. Interpretation of Results of Measurements by the Natural
Radioactivity Method 151
29. Calculation of fluctuation distortions 151
30. Distortions of gamma-method diagrams connected with
measurement procedures and operation of the instruments 156
31. Adapting gamma-method readi ngs to uniform well conditions 158
32. Establishing the boundaries and determining the thick-
ness of layers according to intensity curves of natural
gamma radiation 169
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~Radioactive Methods for Exploring (Cont.) 749
33. Evaluation of relative intensity of gamma radiation 172
34. Qualitative evaluation of radioactivity of minerals 176
35. Correlation of well profiles according to intensity
curves of natural gamma radiation 177
36. Lithological disintegration of well profiles 18o
37- Use of gamma-method data in studying collector
characteristics of rocks 183
Ch. VIII. Intepretation of Diagrams of the Scattered Gamma-
radiation Method 183
38. Principles of the theory of the scattered gamma-
.radiation method 183
39. Elimination of the Influence of changes in the density
of the drilling solution 191
40. Evaluation of the density of rocks 193
41. Evaluation of the porosity of rocks 195
42. Making raore precise the lithological characteristics
of the well profile 196
43. Depth of prospecting method of scattered gamma radiation
and the collar influence 199
44. Height determination of cement elevation 200
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Radioactive Methods for Exploring (Cont.) 749
Ch. VIII. Principles of the Theory of Neutron-Neutron and Neutron-
Gamma Methods in Well Surveying 203
45. Distribution of neutrons emitted by the point source of
thermal neutrons in an infinite homogeneous medium 203
46. Distribution of thermal neutrons in rocks of varying
water content in the case of a fast neutron source 207
47. Distribution of neutron-gamma radiation in a homogeneous
medium 222
48. Distribution of neutrons in media of varying neutron
properties 225
Ch. IX. Interpretation of Diagrams of Neutron-Neutron and
Neutron-Gamma Methods 239
49. Evaluation of diameter influence, types of well filling
and bracing 239
50. Determination of correction, taking into account the
indicator length 247
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Radioactive Methods for Exploring (Cont.) 749
51. Lithological breaking-up of rocks and the correlation
of well profiles according to neutron-surveying methods 250
52. Method of determining porosity 254
Ch. X. Une of Neutron Methods for Breaking-Up Oil and Water
Saturation Collectors 260
53. Physical principles of breaking-up oil-bearing and
water-bearing layers by neutron methods 261
54. Analytical evaluation of the difference in the intensity
of neutron-gamma radiation in water- and oil-bearing
layers 262
55. Measurement procedures 266
56* Interpretation of measurement data 269
57. Breaking-up of oil-and water saturation collectors by
the spectrometric method 271
58. Breaking-tip of oil-and water saturation collectors by
the neutron-neutron method 273
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Radioactive Methods for Exploring (Cont.) 749
Ch. XI. Procedure and Diagram Interpretation by the Tagged Atom
Method 276
59- Selection of radioactive isotopes and technique In
preparing activated liquid 276
6o. Some general directions on conducting well surveys by
the tagged atom method ZT9
61. Determination of absorptive layers and piping between
layers in working and pressurized wells 281
62. Determination of damaged spots in the column and zone
losses in clay solution circulation in the drilled well 290
63. Determination of the height of cement elevation in back
of the column and of the thickness of the cement ring 291
64. Testing the hydraulic break of the layers 295
65- Making more precise the depths in perforating the eased
columns 301
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Radioactive Methods for Exploring (Cont.) 749
66. Basic trends in the future development of the isotope
method 302
Ch. XII. Use of Radioactive Methods in Exploring and Surveying
Other Natural Resources 304
AVAILABLE: Library of Congress
Card,10/10 IS/Jmr
11-26-58

VYBMIM, Bergey redorovich; BEWN, Yu.X., vedushchiy red.; KUKHIXA, I.A.j
(Oil-field geophysical equipment and apparatus] Prowsloyce
goofizicheekoe oborudovanie i apparatura. Moskva, Goo. nauchno-
bukhn.izd-vo, neft. i gorno-toplivnoi lit-ry. 1958. 284 p.
(MIRA 11:5)
(Prospecting-Geophysical methods)
(Fetroleum'6ngtneering)

XOWOV. Sergey Grigorlyevich; UPaW2HITS. Y.H., kandidat tekhnicheakikh
nauk, ratsentent; nzhener, reteenzent; PCKLRMS,
L.I., iarhazier, reteenzent; PMBIIFA, Te,Gs, vedushchly redaktor;
POLCSIHI. A.&, takhnicheskly redaktor
[Teohnola of industrial geophysical Tekhatka promyslovoi goofisiki.
Izd. 2-oe, p9rer* Moskva. Goo. nauchno-tekhn. izd-vo neftianoi i
gorno-toplivuoi lit-ry, 1957- 562 pe (KI3A 10:1)
(Geopb7sics) (Prospecting-Geophysical methods)

Subject
Card 1/2
Author
Title
.Periodical
Abstract
2742
i USSR/Mining
Pub. 78 - 12/22
Vybomykh, S - F -
ethod of marked atoms (isotope tracers) for the
study and control of the technical conditions of
oil and gas wells
Neft. khoz., 33, 7, 61-64, JI 1955
Electrical methods like measuring the electrical
resistance of rock formations and electrical
thermometry have been used among the various c Ing
devices giving information on the different geo-
logical formations-encountered while drilling, on
the status of the casing of the oi 1 wells, or on
rock conditions outside the well casings. In 1952
a new electrical method was suggested in which
radioactive isotopes of cobalt, zinc etc. are added
to the drilling fluid. This activated fluid Is then
pumped into the well. Dependent upon the permeabIlIty
AID P

Neft. khoz., 33) 7j 61-64, JI 1955 AID.F - 2742
card 2/2 hib. 78 - 12/22
,of the formation layers,, the gamma activity of
those layers will change and the measurement of
such gamma activity will give information on variouB
characteristics of the strata. Charts.
Institution : None
Submitted : No date

WIN, Feofan Gavrilovich; YAKUBOVICH, Boris lsayevich;
V0121YANSK17, A.K.y Inah., rets,!Pnzent; VYBOR?iyy,-
K.R., inzh., retBenzent; KP.IZHA)IOVSKIY'P'-G.S., inzh.,
retsenzent; ZAYCIIIKOVA, E.A.p red.; GOLIBERG, T.M.,
tekhn. red.
(Operating, repairingg and assembling equipment in build-
itg materials plants] Ekspluatatsiiaj remont i montazh oboru-
d.jvaniia zavodov stroiteltnykh materialov. Moskva, Stroilz-
dat, 1964. 234 P. (MIRA 17:3)

KIATS, A. L; KOUSHIK. R.S.; VYBOROV, G.P.
Aperimental data on the use of compound vaccine to control brucellosis.
Toz. i dokl. konf. Irk. gosensucho-iseloprotivochum. inst. no.2:
19-20 '57. (MIRA 11:3)
(BRUGRLLOSIS)

Vy X011,SVIK, R.54; POTAPOVA, Y~.P.; G.P.- SHMS, KA.
JUATS, N, I
Xxporimental data on compound i=unization vith living vaccines.
Tax. i dokl.konf, Irksgosenaucho-ioul.protivochum.inst. no.2:21-22
157- (HIRA 11:3)
(VACGI=)
: E

A/
PINIGIN, A.F, - vp-cqo--v PEMPOVA$Ot~l.;ISTORIVA,T.1,;yU7HKOVA,R.Ii.;
XOBNT5--BX-.-, f4,90VA, L.D.; ZELID(AU, ru.Ya.; PADALKO, Z.F.;
HIMZVSKAYA. Ye.H.; KAIkJYYOVA, A.D.; K06T.SRIN, Y.V.; BELO. V.I.;
KOSTBIIKO; MUSIMNA
Distribution of brucellosis in laotern Siberia and the Yar Nast.
Tez i dokl.koaf.Irk.gos.natich.-isal.protivochum- inst.no.2:55-56
(MIRA 11:3)
'57:
(SIBialA. YASVOW-BRUGELLOSIS)
(SOVI&T FAR XAST-BRUCCLIABIS)

KIJCIIF, N.I.; KOLSSM, R.S.; POTAPOVA, Ye. P.; MORTLIASP.; SHVBTS, M.
Problem of comnlex immnization with living vaccines, author's abstract.
Zhih-.' -'M-ikrobiol. epid. i Ammun. 29 no.-10:122 0 158. (HIBA 11:12)
1. Iz Irkatskogo nauchno-iseledovateltakogo instituta Ministerstva
zdro-vookhraneniya SSSR.
(VACCIRS An VACCINATION,
combined vacc. with living vaccines (Fos))

KLMS, j.r,; K0lZSRrX, R,S.. poUMyA, re.p.;. vnoRor, G.P.; sffms, r.r.
0 mamoMr
GORPlaz Immulgatlon with 11T0 vaaalcom. ImIrk.goo.nauch.-
isel.protivochum.inst. 2Ot225-236 159. (MIRA 13t7)
(VACCINATION)

KMS, 3*1*1 KOLISUN, R,S*;"MOROV, G,P.
lbrperlmental data on the use of a complex Yaccine against
brixoallosin. Isv.lrk.goo.tauch..~leal.protivochum.inst. 20t
283-296 159. (MIRA 13.-7)
(BRUCALLOSIS)
I
M

KLFTSv E.I.j KOLESVIK# R.S.; POTAPOVAv Ye.P.j VYBOR(Plp G.P.j SKAWNv T.G.
Cha~rccterioticx of the Juminizing propertieo of live &7 polyvaccine
againot plague# tularemial and brucenosia. Izv. Irk. goes nauch.-
Abel, protivochum. inst. 21s220-225 159, 34:1)
(VACCINEQ (PIAGUE)
(TULAREMIA) (BAUCELLC648)

FIRIGIN, A.~.j VYBOROVI G.". - IPF"MFEOVA, O.S.
Brucellosim In northern reindeer. vateri-riax-Lin. 37 rio.1:30-31
Ja 160. (MIRA 16-.6)
(Reindee.-Di6aases and pests) (Brucellosis)

VY60tto V, t1l" S,
YYMOV, H. S. -
Recent developments in the t;Ijage of Turf-Podsolic soils. Nauka i
pered.op.v sellkhoz. 7 no.9:22-23 S 157. . (gin 10:10)
A
1. Starshty agronom sovkh028. Irrasnaya Gorka,' Yaroslavekoy oblasti.
(Tillage) (Podiol)

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TIT07A, V*L#,- TAROMM, G*A.; AZARGINOVA, 7.S.; V7BOROVA, A~Te.
Twmm~ W
Obtaining cholera monovaccine resistant to lysis. Izv.Irk-.gos.
nauch,-Issl.protivochum.iust. 14t79-81 157. (MIRA 13:7)
(CHOLMA, ASIATIC) (VAGOMS)

NAHUNU. Karel; VYBORDVA, Ludmila
Psychic disturbances after x1tral surgery. Gas. lok. cook.
95 no'.40:1108-1112 5 Oct 56.
I. p4"biatrika klinilm MU v Brne. Prod-oosta prof. XUDr. J. Hadlik.
(MITRAL STIMSIS, surg.
postop. ment. disord. (0s))
(MENTAL DISORDERS. atiol. & path eno
surg. for mitral stenosts (091)

SCHNELummp M.1 MARTINCIKp J.; KONECNA,, D.; VrBOROVA
'The fate of children with perinatal injuries. Cook. gynek. 27 no.3-*
231,134 Ap 162.
1, Novor. odd. fak, por., prednoots. dr. M. Schnellerovap I por gyn.
klin. UJEvP v Bime, prednosta prof. dr. L. HavIttook, II por. gyn. klir4
UJEvP v Bme, prednosta doo. dr. H. Uhar, psych-atr. klin. U-TEvP v
Brne., prednosta prof. dr. J. Hadlik.
(BIRTH IN:W statist)

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