SCIENTIFIC ABSTRACT KLOCHKO, N.A. - KLOCHKOV, I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000723210007-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: December 30, 2016
• Document Release Date: June 19, 2000
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

GLAZUNOV9 V.N.j 1VAMOVj X.I.; KWHXQO_N.A.; KUDRYA, N.A.; USHIOV# NJO
Yoreign tools for drilling slim holes, Goreshur, noo8s39-42
Ag 162,, (MMA 150)
(Boring usabinery)

PHASE I BOOK 9XPLOITATION 976
Shreyner, Leonid Aleksondrovich, Petrova, 01'ga Pavlovna, Yakushev,
Vasilty Petrovich, Portnova, Anna Timofeyevna, Sadilenko, Konstantin
Mikhaylovich Klochko.-Nikolay Aleksandrovich, Pavlova, Mina Nikola-
yevna, Balanhn',--fa-vel Stepanovich, Spivak, Aleksandr Ivanovich
Mekhanicheskiye i abrazivnyye svoystva gornykh porod (Mechanical and
Abrasive Properties of Rocks) Moscow, Costoptekhizdat, 1958. 200 p.
3,000 copies printed.
Gen. Ed.: Shreyner, L.A., Professor; Executive Ed.: Kovalevs, A.A.;
Tech Sd.: Polosind, A.S.
PURPOSE: The book is intended for scientists, tngineers and technicians
engaged in drilling operations in the petroleum and mining industries,
COVERAGE: The book describes methods of evaluating the mechanical pro-
perties of rocks by means of the stamp-prtssing technique. This meth-
od makes it possible to determine simultaneously the hardness, plas-
Card 1/6

Mechanical and Abrasive (Cont.) 976
ticity, and elastic modulus of rocks. Rocks of different minersto-
gical composition and structure are described and classified by their
abrasive properties. Basic factors in the relationship of wear on
the mineralogical composition, load, and speed of rotation are shown.
A classification table of sedimentary rocks is also given. The in-
formation provided in the book should promote the better us* and de-
sign of drilling instruments, and operational procedures in different,
geologic modiat, Protesser V.Y. Zal~skly to ettotl a# hAving *Ad# im-
portant contributions to this field. There Are 6.4 diagrms, 70 tables,
and 39 bibliographic references, of which 28 are Soviet, 3 German and
8 English.
TABLE OF CONTENTS:
Editorial 3
Card 2/6

Mechanical and Abrasive (Cont.) 976
PART 1. CLASSIFICATION OF ROCKS SY THZIR MSCHANICAL PROPERTIES
Ch. 1. Mechanical Properties of Rocks and Their Drillability
Ch. It. Stress Conditions and the Mechanics of Disintegration under
Stamp Pressure 22
Stress conditions under stamp pressure 23
Polarization-optical methods of testing stress conditions due to
stamp pressure 25
Disintegration processes under stamp pressure 27
Ch. 111. Methods of Determining the Mechanical Properties of Rock
by Stamp Pressure (O.A. Petrov&) 33
Testing technique 33
Processing observations 38
Description of an automatic deformation-registering device for
testing the mechanical properties of rocks 48
Card 3/6

Mechanical and Abrasive (Cont.) 976
Ch. IV. Mechanical Properties of Rocks of Different Mineralogical
Composition and Structure (V.P. Yakushev, A.T. Portnova) 52
Sedimentary rocks 53
Argillaceous rocks 53
Clastic rocks 55
Sandstones 56
Pelitea (aleurolites] 59
Carbonates 61
Limestones 62
Dolomites 63
Sulphate-haloid rocks 66
Silicates 67
Volcanic and metamorphic rocks 68
Ch. V. Classification of Rocks by Mechanical Properties 73
Classification scales 73
Classification of sedimentary rocks by mechanical properties 76
Card 4/6

Mechanical and Abrasive (Cont.) 976
Ch. VI Effect of Liquid Media on the Mechanical Properties of Rocks
(K,'M. Sadilanko)
Ch. VII. Relationshio'Between the Mechanical Properties of Rocks
and Temperature (N.A. Klocbko) 98
Ch. V111. Results of the Application of Data an the Mechanical
Properties of Rocks to the Analysis of Drilling Processes
(N.N. Pavlova) 104
Bibliography 132
PART 2. CLASSIFICATION OF ROCKS BY THEIR ABRASIVE CHARACTERISTICS
Ch. 1. Abrasion and Wear of-Hard Materials Through Friction 134
Ch. It. Methods of Determining the Abrasive Properties of Minerals
and Rocks (P.S,,Balandin, A.I. Spivak) 144
Card 5/6

KIDCHKO N,I, inih,j KUWMIN, M,V,O insh.1 SUSUDVp Is. L# Who
Welding of hardanoy tips vith intermediate layers onto do-
tachablo rack drill bits. Gar. thur. no.4933-35 Ap 160o
la VassoyuInly UsUdino-18sledovatel'skly institut tverdM
oplavoyp Moskva.
(Rock drills)
(Hard faolus)

KLOCHKO, N.A.; SHRZYNZR, L.A.
-.0
Using bits vith cutters sade, of M~d-alloy grains in thermomeahald"I
core drMing. lay.vysouoheb."wel goolei raxv, 6 no.3#213-117
* 163. (MIRA 1615)
1. Vossoyusvyy nauohno-imalsdovatellskly institut t"rdykh qplavovo
(Core drilling)

V.A*j YAYJIOTXIVO M*Tj NDINOVA, X.Ve
Selecting a type of stool and conditions of brazing hard alloy
tips in the maufmoturs, of bits for air fAmurso Ocro sburo
no. 1241-44 D 165* (KMA ISM)
1. Voosoyusnyy nauchne-loolodovatel'okly institut tvordykh
xplavvvp Kooky&*

aftsmo, GoSe[HrecWcos 1%3,11 red&;
j Molelp teklms r*d*
(FatteniM cattle on a specialized tam] TLdhodivU& khu-
dobor v spetsialisoYamm hoopodarstvi, Kharkivs Darkivol-
ke ktW*bkove vyd-vop 1963# 24 p. (KMA 1711)

XWCRKOS Pir-of dotionto kNAUAS toiftlabookM "uk.
------- M""O~
Deving aMoji"tod throo-djudool6nsl I is , Namb, trody Vt
30( )tl4g-1?3 135. (MM 98 11)
(awmaorre linewtics -of)

It- - -
KLOCHKO VA I insh.1 KARIUSj NA., insh.1 NMRUTSKIYO B,F., insh.1
i~-- ~~ f GOA*f InIh*
Automiatia ventilation units in sines, Nekh. i avton. proiav.
11 AO.UA-11 b,6). Mm r? 12)

-KvDCHXOj V.A.
A t the Taft Dolo*lto Coacums Opsupor7 n no#W92-293 164#
WRA 1813)
1. 100kir dOlOdtalY kft~IfAt.
N

IWCM, TeG.j polkovulkg voysaW Istchik pervago klo""
,Pr*Wing for flights saperdiva to the type of miallons
jItast.1roxd.Fla Aos4S35-3&-AV 160# (Kin USS)
1 (Right trainiva)
I . I

KU)CMs VaP., Inshanor,
Reinforced comrsta block condmits for wire and cablass.Prom, suerge
12 noe4t20-24 Ap 05?. (NIaA 10:5)
1. ftest 114balektromostashO.
(Concrete coadmils) (Ileatria w1r1ag)

n0cm. V.0
Nomogm for volocting the form of trimcis used in datermisug
InaGaossible distamoso Good. I karto no.St7l-72 0 156,
(Triamulall") . (xw loll)

1) ict it t 0 1 V ~
nm!n. JA&OWdro.- - -
PIPO Letters to the editoro 0"4,1 kart. no.9:75-77 8 #57. (mi3A ioin)
1. Todakanalproyekt, lbarlkov,
(Cartography)

. - . ~ - -
It -- -- - - - - -- ---- -
KLOCIIKO, V.S.-
. - .1 1- - - , - ~ - -
Vertical &Iigmwnt of structures. Prcm. strol. 42 no, 6:
43-45 1659 (MM ift 112)

93-4-10/20
AUTHOR: Kloehkop V. S.
TITLEt Some Indices Reflecting the Efficiency of Pressure-
Maintainance Methods Used at the Krasnodarneft'
Oil Fields (Rekotoryye pokazatell ekonomIcheskoy
offektivnosti metodov podderthaniya plastovogo davl*nlya
na promyslakh Krasnodarnerti)
4.,r
PERIODICAL: Neftyanoye Khozyaystvo".ANr,4p April.195T,, ppo3T-42 (USSR).
ABSTRAM In order to develop the Krasnodarneft' (State All-Union
Association of the Krasnodar Oil and Gas Industry) oil
fields 4nd raise the output of Individual formationsp
their pressure has been maintained artifiala3ly for the
last 10 years. As a result,, an additional 2jT64 thodand
tons of crude oil have been recovered of which 2#216
thousand tons by the Khadyzhenneftl., 473 thousand tons by
the Chernomorneft'j and T3 thousand tons by the AbInneft'.
The above mentioned Admlnlatrations~began their Injection
operations in 1945, 1951 and 1953, respectively. The
total sum expended for the artificial maintenance of
pressure in the formations amounted to 160 million rubles,
Including the cost of converting production wells to
Injection wells. Table I shown a detailed breakdown of
Card 1/3 this sum as recorded by Khadyzhenneft',, Chernomorneft' ard
93-4-10/20
Some indices Reflecting the Efficiency of Pressure-Maintainance
Methods Used at the Xrasnodarneft' oil Fields. (Contd)
Abinneft', Table 2 shown the cost of I cu. a waterp
or loOOO cu* m 945s or air used for maintaining the
required formation pressure as recorded by the Klady-
zhenneft',t Ch*rnomorneftlt and Abinneft' Administration$*
In this case the total tost amounted to 28pqT0 thousand
rubles in 1955 and 31#T53 thousand rubles in 1956. The
author maintains basing himself on the data in Table 2#
that by increasing the volume of air and gas Pumpod into
formAtions the cost of the driving medium was raduaod
11.4% an compared with 1955 figures. The author Itemizes
various expenditures in order to arrive at the per ton
cost or the oil additionally produced as a result of the
,"applied secondary recovery methods. The total production
cost of the oil produced idditionally in 1955 was 2,p181
thousand rubles and In 1956, 2,069 thousand rubles.
Table 3 shows the Itemized cost of the additional output
of oil for 1955 and 1956. The fact that the expenditures
increased at a faster rate than the additional oil pro-
Card 2/3 duction indicates that the effectiveness of the measure&

3/117/61/000/012/002/002
AOO4/A1Ol
AUTHOR, Klochko, V. S.
Tr=i On the efficiency of recovery of casting rejeots
PERIODICALi Mashinostroitell, no. 12, 1961, 4-4-35
TEXIN The author points out that casting rejects can be either recovered,
I.e. welded up. built up. eto. or the rejected parts are remelted and the parts
recast. Whether It Is economically expedient to recover casting rejects depends
on the recovery costs. Therefore, the author Introduces the conception of
"economically non-reparable" rejects, I.e. castings which It would not pay to
recover because of the costs Involved, although from the technological viewpoint
such recoveries would be possible. A table shows an example where the percentage
of rejects was cut from 7 to 5%, while the non-reparable rejects rose from 3 - 4%
on account of an Increase In the amount of castings that wotild be unprofitable
to recover . Other tables presented by the author reveal the dependence between
the growth In labor productivity and that of rejects, labor consumption of
manufacturing I ton of serviceable castings depending on the foundry size and
specialization level of the foundry respectively. To decide the problem of
Card 112

s/iri/Wooo/w/002/002
On the efficiency of recovery of casting rejects A004/A101
expedlpncy of remelting rejects or their recovery, it Is necessary to compare
the cost3 for the recasting of rejects arA for their recovery. '7he author
presents a comparative calculation example of the above toots and draws the
conclusion that the method of rating the production efficiency of foundry shops
by the tonnage of casting rejects, as it was practised hitherto, does not presen
a clear picture of the efficiency, but that the amount of rejects should be
expressed In cost, since In many cases, particularly in foundry shops with
highly mechanized or outomat*d casting equipment, It Is more expedient to remelt
the rejects than to recover them, the latter requiring often a great amount of
manual work which is more expensive than e.g. recasting.the parts on highly
mechanited casting machines. There are I graph and 4 tables.
Card 212

3 71",
S/035/62/bW/004/051/056
AmAim
ALMIOR: Klochko, V,__5*A.,
TrME: The principle of negligible effect of errors
PERIODICAL: ReferativW zhurnal, Astronomiya I GeodezJya, no. 4, 1962, 34,
abstract 40200 Mr. Xharikovsk. Inzh.-strolt. In-ta", 1961, no. 15,
50-56)
TEXT: The mean-square error of the function y . f (x, xl, xn) of
Independent arguments is e_qual_,to__
(at/ax)2 2 + (arlax )2 2 + ... + (af/axn) 2 M2
MY ~ v MX I Mx xn
If the first component predominates over the re t, then my P4 M - W/M Mx,
As a measure of negligible effect of the other :omponents the followIng orlterion
Is adoptedi ar/a.Y2 M2 4 ... 4 a f,'-d* x2 ~2
k xI n) -x
Card 1/2

.q/035,/62/000/004/051/056
The principle of negligible effect of errors AOOI/AIOI
whose estimate represents the purpose of the arttele It to noted that different
authors Ansume k - 0.1 - 0.7. The estimate k - JP2~pm- Is recowanded, where
2v Is mean square error of determining a (V to the number of excessive
measuremet..-s), in selecting the value of predominating error on auxiliary
allowances. the error caused by the limiting error of rounding allowance kshould
be added to/Al it is eqUaLl to A - WIT. The corresponding nomosram for
determining k an a function oflAols given, which was plotted on the basis of
studying allowances of various Instructions. At V being unknown, It In proposed
to assume 14, equal to 0.07 - 0.1 of the mWitude of m. In this case k - 0.39 -
0.58 (k - 0.4 is recommended). It Is noted that k less than 0.3 Is difficult
to brIng about. There are 21 references.
Z. Khalmov
(Abstracter's notel Complete translation)
Card 2/2

using lov oement-oontent mortars for groutina supported areas.
Ugoll 'Ukrs 5 =61003-34 0 161. (MIRA 14a 12)
1. Ukraiwkiy naudno-isslodmtellskiy institut arpaisataii
i melch-nizatsii shaMtnogo stroitellstva.
(Grouting)

WOW,, U.S.
ChiLrac Lori stied of a study, using a rock catcher, of vells
exploited simultaneously along the pump-compressor pipes and
the wmlar space, Gas. delo no,8:18-21 t64, (%IPA 17:9)
1, Strrokoys gatopromyslovoye upravlonlye.

GMIto R,Foj TIKAMUK., A.I.; QPqtXO&_Tu*4*
JnvGgtiG!atjOnO of W911H sir~ultanqoujly exploited with respect to
pipes wid wurUar space, Gas. delo no.12:14,-17 163. (MM 17tIO)
1. Stry-yokoye easoprowyelovoye upravleniye.

KLCCMC-ZHv,r,;3Rq YU. F.
. X,
; L

vookAbomixtry BUOY ovirt
'IM Aws %9
pbase Male
'%*Q&rCh On the PhWW ZqQiUbrJA Of thl BIMrY
FluWantbone, Fluarmw Fluorenthem and xapbtho;.
lone - Pbwentbron,- Tu. r. Xlothko-nwwnlr, D=OA
Zod Igmt, 14 pp
wthor Prik Mde Vol No 8 IA14- 1~217
AU four system form mcbso'cal niztwm rutber
than chemical compomft. TbM7 *wJ& ban =w 4mtw-
tIc% 66* for a 50-50 mIztwe of the first ond fowUL
47stem, 760 for a 53% mizvolre or the
UM/Cbemiptry - BU*ry Syztem~ (Ccutd)' Ang 49
and 75.5P for a 43% fluorene alxtvzo
at the third. Submitted 1 Jim 48.

ob
00 de
ibr

TAXHNIV. I.; SWNITV. 11-1 ILOORKOV.- A---
Reconstructing a two-raw cow beft Into a four-rOw barn- 5*10-
stroi. 15 o0#9:" S 160- (KIRA 13 $q)
L_Akroktor sovkhosa 111isbegorodets" Dal I Go-Kous taut inavskogo
rayaaa, Oarlleovskoy oblasti Upr Takhoin).. 2s Glavoyy losboner
sovkhosa "Xishogorodets" Dal Inv -Cons tan tinov skage royona,
Oorikavskay oblasti (for golovIyev). 3. Starshiy prorab sovkho-
s2ishesor6dots" D&I04-Koustantinovskogo rayom, Oorlkovekoy
9b st for 11cabkov).
(Arctic region*--ftr farstec)

124mor land,tekhm.nauk, dotsent; I M AKIN. T.. assistent
Using &&$Olin* and condensate as fuel f or notor-yablels, engines,
Trudy BADt,,;o.16 pt.l.tl56-162 159. (KRA 13:11)
(as in@) (Telshanka-Coodensate oil wells)

KLOCHKOV, A.A. , aspirant
Obtaining weakly virulent strains of Bmaella through the
action of ultraviolet rays. Vaterinarlia 41 no.2#31 F 164.
(IM M12)
1. Vsssoyusnyy inatitut eksperimentallnoy voterinar1l.

PA"MICK. I.Re. k&Wdat tekhnichoskikh r-aukt K=IUMZI Ag- .- Munn,
Mot Insheoerl BMIXA. T,A*, SRAMTOT. T.Ne
Invostiggting the causes of paint deterioration In the viclulty of
welds. Topayarapr9liv, no,?S82-93- 15 0 (JUL IOSP
MUV Itnetors-voldJ

XLOCHXOV, A,I#, kandotokboanauk
Orgents.Ing the maintenance of motor vehicles on collective farms
of Saratov Provisose Trudy 801 no.16 pt.to.211-219 159o
(MIRA U ill)
Baratov Proviso*--Collectivo fam)
16ratov Prowtace-Ador vehicles.-Maintenance and repair)
~

XLOCHKOV
0 LA.
OugodynWo "On Of ch"10AIII -Pur* mctaUla sil"re MJcrobtologfta
29 A0.3#4245 460o (WA l3t7)
lo
(a (METAIA AS ANTISSPTICS)

253 4
080/6
~1 1/04/002/003/025
A05?/A129
1UT2ORSj Kloahkov, A,Lj Wolin# 2#1*1 Sor6yakarat X-1.
TITM 11ff#*t of deformation by sliding and twinning on the rat* at
dissolving at sina,singlo crystals in hydrochloric soid
MIODICILs ZhurAAl PrikladnOY Rhislit v 349 no 2t 1961, 212-217
TZXTs The effect of the orientation angle and deformation by sliding
or twinning of sine single crystals an the dynaaios of the dissolving rat*
In 1 V scl salutICAS was Investigated. This-problos is of Interest mines
aina and sine alloy aitiolls are asnufaotured using various types of plastic
deformations sad corrosion rosistano4 Is effected by changes in the crystal-
line state, Corrosion of sine polyarystals was Investigated bi several
auftorn# but only Ye,M# Zarstskiy (Rof 21 UPDO 24, 5-81 482 1951), and
Ref 31 ZhPKh# 240 20 619 (1911)) studied the effect of deformation an
oorrotion. Zino single brystals ter* invostlptod already by V, Strounsinis
Card 1/6

25A
S/080/61/034'002/003/025
Effect of defornation A05?/AJ29
those published by V. Straus&inio fast 10). In a second series defornod
single crystals were investigated ty sliding and twinning, and the ct"olsd
crystals were photographed in polarized light (fig 6, 8). The obtained
results demonstrate that deforzation by sliding inaressom the dissolving
rate. Between the sliding faces scuo "weak" segments were formed and were
strongly oorroded. Deformation by twinning Inoresses also the dissolving
rate. Corrosion occurs in the zinc %win* formed (in Fig 0 the deep boils
of twins are well visible) whish have a higher ihaxi3al s3tivity not only
in the partition of.tho Luitial stru*ture and the formal twin, IrAt "inly
In the bulk of the latter. Sine* twins foraod by leftrastion are lose
corrosion resistant u1 appear after noohanioal treataonto of sine or zinc
alloy Artiolose theraal troatzent should to 4&rri*l Out to destroy the
twins formed by mechanical przoosslag, Con4iticas for the thorael after
trostaont should be Investigated ot. sino single crystals, sine* these are
more suitablt than.polyorystals for this purpose. In iona9itien with in-
vestigations of the corroolon rosittence of sin* p*iyorystal& the follow-
Ing authors are mentionodi S-Ta. Fopov (Rof 11 "Tliyanlye nokotorykh
Carl 3/6

Effect of deformation
2538L
3/08 61/034/002/003/025
katiowykh I azlonnykh dob&Y*k n& korrostyu tainks i kadx1ya v r&st-yoro
soly&noy kislaty" ("Effoat of some.oatiotio &Ad anicnio admixtures cn
oorrosi2a of j1Az &ad 3&dziun in bydraihlovio oil soluti="). Ndvoshor-
k&oskiy polit4kha. inst. in* Ordstanikidis (1*v:)4hork&s4k "Order of the
Red Bawer of Labor" PalytoeW-3 Institi-ite ia*n:L Serga Ordihonikids*),
Proastroyitdat# 25 (1954))t V.I. Podio=ova (Rof 41 Dissertation M (1955)),
M.P. Sl&vinskiy (R4f 5v "PWko-kt1&Lah* kiy* sy*ystva 01624ntov"
("Physiao-ohanioal properties of olemeAT), Motallurelliat, 170 (1952))p
G#V. Akizov (Rof Ot "Oenov ushtairs a korrotli i eashohit# netallor"
("Prinoiples of the science of oorrosion and ;ratoction of metals"),
UsUllurgizast (1946))- There are 9 figures &A4 14 referenaset 13 Soviet.
bloc and I A*A-SOTW-bloa. The English-langu4gs r#ferszoe roids as
followst S.A. AndersoAf MA, Puller, Metals and Alloys# 10# 91 282 (1939).
ASSOCIATIONs lafedrs, khinii Chelyablaskogo politokhnichtskogo, instituts
(Detartmont mf nhostptrv of the Ch*lyabinsk Polytechnic
Institute)
Card 4/6

UWHKUVo A.M.
--------------------
Connection between neurotic states mid conditions of their emergence.
Zhur. Yoe nery.deiat. U no.5008-914 S-0 161, 1511)
1, 14barat6rY Of Vw PbYsiol*67 and Pathology of the Higher Nor""
Ativity, Institute of Normal and Pathological Physiology, UoS*S*R.
Academy of Medical Saltness Y"00W.
UMUROM) (CONDITIONQ MPON")

mm/amn wA ladmial ftsiclo4w (Morml and Patho' gLeal). T-12
Norvous Systsms Highor Norvous Activity., Behaviors
AU Jour t Rot Zhur K*14) No Up 10# 513M
Author I ItIochkovp_ AIN#
Title The Pmblm of InterrelAtionship Detvoon CondLitionad tuA
thconditioned. Reflexese'
Oris Pub -M, "sh-S hsrva#~'dmynt-sti, 1937j, 7j No 2p 263-271
Abstract InvestiomtIons of secrotory unconditioned reflams (UR;
fcod and acidic reflexes) in 6 &p shoved that in ou
animals the course of M bocoms intensiftei under tho
inftuance of positlyo conditIonod reflexes (CR) durin-
w
the period i6ea unconditionod stinali are in action*
Yart under the influanco of differentiation tR becom less
pronounced during the sama porioda Howevor,, under the
influence of both positIvo and Inhibitive CR the total
mgmitude of salivary secretion changed Ln different
Card 1/2.f::4 -7

KLOOKOVt A. cand Med Sci -- (dia-.-,) "Influence of cortical procas4es
of extitation and inhibition on uncondition9l raflexea-" Uoscow, 19570
11 np (Academy of I.Tedletil Sciences U33H)p 200 copies Mp .365-57,, 107)

MM/Soll science& Soil BioloGY J-2
Abe jour Rof zhur - Biolop No l0p 1-0) No 438a
Author i-A"OeMw A-16
Inst i Hot Givon
Title 'The Use of Oreanic Mineral TertilizOr Mixtures
orig Pub o, uh. rwolthlyaj. 1957, Do 3, 27-30
Abstract The results of three year tests vith orgwdc mineral mLX-
turou mdo at the aaricultural exParigmW stAtion wA
tho kolklwz" of the Hatovian ASM& IndLiCatiOns Of the
exactness of the mq?erimat are not given~--V*Vo ?MkOshGv
cam 1/1
WSR / Cultivated Plants. 0enoral. Problems.
Aba Jour i Rof Zhur - Biology&, Ito 13, 1W, go. 9"
Autbor ILM&ghkoy, At X!j Kostrov, IC, Aq EmIlchuk,, P. A,
Ibet I Nt al"n
TWO I Occupied 7allows in Mndo"
OrIg Pub i So-kh. Pmlzbpl 1957, go 12, 13-15
A& treat t No aNtract given
C ard 1/1

E=MWj A3*ksond MikWlovicht k&W. sellkbos. rAukl KEMp I.,
rfdo,l YUf'U"p NO) umorolldo
[Tbo soil map W its U") Foobvenwda karta i " ispolt2ovwds.
Saraaskq Mordovsko* )misbnoo isd-vop 1960. 47 p. (MIRA 25t6)
(Hordovia-Solls-Maps)

SIROTIN, Yujol k&M.seltzkokhoss *auk; STAROV, M.V-q agromml PROMN,, Moe#
prate; WROV, gJap kwWoselfskokhos, nauki kuw.
sellAckh6s. naa
F&U supplemnury fortilisers for vinter crops. Zagladelle 25 zo.9s
16-34 S 163. (HIP-A 16:9)
1, Vaosoyuznyy muohno-dooledovatellshy institut udabr*niy i agro-
pocknovedeniyu (for Sirotin), 2, ZoveduyusbahLy Ulkhaylovskin agro-
takhnichaskla ArtmobiLatkon Stayropoliskogo kr" (for Starcy), 3,
Yoroneshakiy oollskokholyaptyawwr institut (for ProntOo 4. Mor-
dovskaya gosudaretvwwa Aya opytnaya stantalya
p v%'skokho%yaystv*xr
(for Koptravj, Klochkov).
(Wheata-Fortillsers &M manures)
Oys-Partiliters and muiures)

ft- 40-b A
SPI-I
Aso
AOWA=3"
0013assillon6i
OW/0261
Ala
SOURC)h Ref tame --Able 16A109 I-JI.I. 4.."
AM .-Y Bg kin
OR: A
K.1 onhkoyi~-A-d
T ITIM.- PAthog6r,6818 of 14"0476"1.0 Alsorders durIM "pors*AU
air r2ow -actlom-
_4A
C InD SOURCM __8b Av"tsdt~_A~Aom~ah* MdUsinao K.,p 1963# 204A
TOPID UGSr d0ft blologloal effoott blood#
1-004 amoular system, nerv%nm sTatonO
hemolynamiegs 'bIoo4 PressWo It"
-tu
TRAMIAT169t &IMM 11600 lm/~) 1021
teas f 4
nervous 8 logs was determined In a to
&Y%d chronic experimentso Shrrts -t2lardi" musole excitability
conductivity took place dufr and V
)v alr.!Iow itationo An incroaso'In
.0)
arterial pressure (by 10- svA 'ilood o1roulation rato (by 15-20%)
durimg increase in airflow speed took place due to the noise factor
C.4rd

L 20i*-65
'ACCESSION Ut ARWI96
120 We Daring' **tlonp --arterlal Wesswe- dea 24 4 -a
30-i-30) OM--blood-_ G_Ii4mlatloa rate Is retarded (b7 20..30%)o
tar 30-60 min the hesmodynsmic divortlere are similar to those--of
g
aumatic shook* Pressor--reabtion to carotid arterT constriction wis.~,
rbduced b 20-3b%, ~ Excitability of the vasomotor " respiratory."
center InoreaseA.under-the influou-se of airfl*w noise and decreased
during hirflov Impact action*.. The.funotional state of the sympathetic
nerves changed iwa SIMILlar Mawer,4 No signifiew;t chmges'wero
Observed on the raftL Of the parasy. spathe t U innervation state durin
airflow noise =4 logoj~_kqt po,
iono- _t~fjq~ _

- XWHKOVI A,M.p kand, sellskokhozyaystvennykh nauk
Use of p osphate meal, Zealedelie 26 no,,601-33 Ja 164,
(MIRA ME)
1, Morodovskaya gomW&rntvewmqa eel lakokhosynystyennaya
opy,tnaya stantalyas

:' . 1 1. '. , . I.-W ~1, . I - : L7 - -I- ~ Vt;~
-2 D
JN rip 19/65 i 060i 007 /WXY-7 /0012
612.67 -063 1612-827-00
iALMHOA.- Gazenkol 0, 0.1 drigo y-40-
- ---- r' j_ -Ai Kitqrev-Smyk, L. A.; Klmhkov# A,, H~
TITLS. Increued extensor tonua during voi ghtlessnee in cats with fully or
Paetially removed cerebellum
-tou=i Uyuilet
yo 600 It 19659 T4
TOPIC TAGS: vefghtleseness--
a
blologieal c4t$ cerebellum, vestibular ratio
extensor reflex, parabolic fllgbt
ABSTRACT: To eluc-idit& UiL -6~:th* cer-iballua-4n the forwtion of dels a
yed nd
motor reactions to weightlessness, experimeits vere conducted on h cats, one with
a completely removed cerebellum,, another vt-.h a partimily removed cerebellum, sA4 2,
intact mitrola. Weightlessness was producid during param- Ho flights in a speetal
aircraft which was equipped with a test eha"r and r4totogra A I nt. ach
ph c t-ju Pme E
~mimal -wan exposed to weightlessness 12 timis. The duration of each vetotless
-,Ib -11in d--fo-I do- -we re us a d du ri n 9t ftd- 4 a t 0 4- Ve-s-,
tests wore eonducted before shif
A

---- -- OM-098U.P., W'Mue 1~
3L2
:L 60066-65
100-IMI AP5017640
C
c=
7
-the L-
i8fter weightlessness in.both slghted~ and WAnd - condition Lifting reflexes lot
head and extrendties, 3tu-V Oreparation ref-.Axos, reartions to tumbling, and righti
~reflexes were studied. Fig. 'I of the Enelt sure show* how experimental and control
'anim&lz reatted.to weightlessness.
The exlerlmats showed that In cats witb fully 11
!or partially removed cerebellwo there was extensor rigidity during weightlessness.
bimilar asatrestations were noted in Intad antswas, but to a lesser degrees and
~they disappeared upon adaptation to weigbtlessnese, Animals v!th partially rewyed
cerebellums shoved sharply Increased vestitfilar reflexes cozpa"4 to intact anfWs
or those with fully removed cerebelImme . Aituals with putially rezov9d cerebellums'
also shoved increased Orig, art bass 3 rigures. (CD)
4,
ASSMATION: none
AM torsi
0 REY SOVj 012 r I
006
A"
2
A
CG,j 2/6
PTP

L 6WOS-6-,
Act-MION 411- AP3017648
It rAr

17T
VL
Fig. I. Animals during wei&t-
lessnesa
I - Intact aninal during the 10th
exposure to velghtleconessi 11 J
animal lackin( cerebellum during
thp 11*%

. . . . . . . . . .
the 1-2th exMau" to
during

7~ 7;
ACCESSION-U.- AP$ii TA8
02 INVIIE4,
guy&*
Card
Fig. 2. Reaction to tumbling
1 - Intact animal. a - released
from han4; b - after 0.25 fee; 7,-:~
c - after 0.5 sec (full turn);
d - after 0.75 see; e - landing,
II animal lacking cerebellum-,
III animal Cacking balf the
cerebel-lum. a - released
hand -, b after .0. 125 see 1, 0
ter 0.25 see (full turn); d OX.
ter 0-T5 sec', e labdive,

XLQSXQXvoAoP.., inzh*p red.; KHR=Ow, A.S., lush.@ red,; HUNITS, A.Pe,
rod.isd-val PRAMMA. 2.A.. tokba.red.
[Production standards for planning and research work paid for
according to a plooo-rate system] Normy vyrabotki as preektays
I Isysicatollsklo raboty,, oplochivessys odellne. Moskva, Goo,
Is4P--vo lit-ry po strolto. afthit. I stroit.baterialaa. PteL3
Esioctric,pawor and 'blower stational furnaceal Blektrichookie
I vosdukhodways stantails ketelluee Station I, Elydre-
electric power stations] Oldroolektrostantall. 1958* 67 Pe
(KIRA 1217)
It Insole (1923- VA.S.R.) Ninlotorstvo slaktrostantslyo
(Beat engineering) - (ftdrooleatrlo power stations)

14(6)-8(6) PHUR I BOOK EXPLOITATION SOVATO
Vessoyuznyy inatitut *Oldroenergoproyekt.' Loningradekoys otdolonlye
Turbinnoye oborudovanlys g1droelektro stantsiy; rukoyodstvo dlya
proyektirovanlya (Turbine Installations of Hydroelectric Power
Stations; Design Manual) 2nd ed., rev. and enl. Moscow,
Gosenergoizdat,, 1958. 519 p', 6,200 copies printed.
Additional Sponsoring Agencyt USSR. Ministeretvo elektrostantaiy.
Ed. (Title page)i A.A. Morozov,(Doceased),spootor of Technical Sciences,
Professorj Oompilers: M. Anosovp Docent, Candidate of Technical
Sciences; I.M. Gamaj Engineerj YU.1(e. Oarkavip Engineer;
G.S. Gol'shman., Engineer; A.A. Yevdokimov, Engineer; A.S. Yeremeyev,,
EngineerjA.Ye, Zhaud'o Zn6ineer; N.N. Kelarevaj, Engineer;
A.P. Kloahkoy" Engineer; A.G. Langp Engineer; Z.Ya. Mengel', Engineer;
---A-OA-O 1101%Wvp Professor, Doctor of Technical Sciences;
3 M. Serebryakov,, Engineer; I.N. Smirnovp Dooent.0 Candidate of Tech-
nioal Soisnoes; N*L Buirnov* Docent; D.S. Shachavelev, Professor#
Doctor of Teohnioal Women; N*N. Shcherbinskayal Engineer;
Card 1/13

Turbine Installations (cont.)
30V/1716
(Leningrad Divisions 0aidroenergoproyekV Institutep Leningradekly
Politakhniohookiy institut Looningrad Polytechnical Institutelt
Loningradskiy Netalliches)MI zavod (Leningrad Metalworking Plant)
Y
Plant "Blektrosila0p awnd Z od pod*yemo'-transportnogo oborudovanlya
av
(Hoistina and Transport Equipment Plant]; Editorial Boardt
A.A. Morozov (Chief, Ed .) A.P. Klochkovj, N,,N* Kelarevap
N.M. Kovalevj Edo A.L. Noshavitinovj Tech, Zdat A,A* Zabrodina,
PURPOSE: This book Is a manual for engineers and technicians engaged
in the design of hydroelectric power plant equipments and also for
students of power and power machine-building institutes and depart-
ments,
covERAosi The manual contains materials on turbine installations
needed for designing hydroelectric power stations. Information
based on modern achievements in Soviet turbine building are pre-
sented. Hydraulic designs of turbine flow passages and plotting
of operating characteristics are discussed# Data are presented on
turbine speed regulation and automatization of hydromeohanical
equipments and on turbine auxiliary equipment# generators#
Card 2/13
Turbine Installations(Cont.) SOV/1716
installation and repair. A section of the book Is devoted to tabu-
lated data and cross section drawings Of various Soviet and non-
Soviet turbine installations of hYdroolectric power stations.
Information on testing of turbines and technical conditions for
designing and specifications for supplying adjustable-blade# rad W -
axial (mixed flow] and buoket-type turbines are presented in Appen-
dixes 1 and 2. "dJx.3 contains conversion tables f0V moasuress The
Director of the GidrOdn#rgOPrOYSktw Institute, Professor
A.N. Voz#esenskiyo Director P.14, Yanovskly of the Leningrad Division
of the Institute, and Chief Engineer B.M. Ly#bchenkop of the Inati.
tuts's Department of Standard Designs, rend m d great assistance In
organizing the work on the second edition, The Editorial Board
thanks Professors F.F. Gubln, V.S. &yatkovskiyo and N.M. Shchapovp
and Docent M.N. Orakholashviii for co=sente on the first edition,
There a" no references.
C ard 3/13

Turbine Installations (Cont.)
TABLE OF CONTENTS:
PART I* TURBINES
sov/i716
M.A. Types of Turbines and their Parameters
1. Power of flow (available energy) and power of turbine 9
2. Types of turbines and fields of their application 11
Basic parameters of turbines and types of runner wheels 12
Law of kinematic similitude 15
5o Relationships between turbine efficiency and its
diameter and head 18
6. Effect of geometrically nonsiallar elements of a turbine
on its efficiency and power in model testing 21
Runaway speed 22
Devices for preventin g turbine runaway 2T
9. Axial thrust of a tur bine 30
Ch. 1 2j.. Turbine Casings and Draft Tubes
1. Turbine casings 32
2. Simplified method of determining the dimensions of
turbine casings 38
C ard 4/13

Turbine Installations (Cont.)
SOV/1716
Draft tubes 41
LMZ types of recommended draft tubes 50
5. Application of ejecting devices for combating
head and power drop during floods 51
6. Suction lift and cavitation 53
Ch. 3#. Nomenclature and Main General Characteristics of
Reaction Turbines
1. Nomenclature of LMZ large reaction turbines 59
2. Nomenclature of VION sodium reaction turbines 6
ction turbines 7
3. Main goneral:oharacteriaties of rea V
Ch. 4s Selecting the Usia Parameters of Turbines and
Plotting Their Characteristic Curves
1. Selecting reaction turbines on the basis of main
general characteristics 97
2. Performance characteristics and general operating
characteristics of turbines 99
Card 5/13

Turbine Installations (cont.) SOV/1T16
3. Examples of plotting general operating characteristics
of reaction turbine 103
4. Selecting reaction turbines on the basis of operating.
characteristics plotted on logarithmic coordinates 109
Selecting generator power and design head of a turbine 113
Selecting basic parameters of bucket type Impulse
turbines 118
To Simplified method of selecting basic pAraaeters of
turbines, and determination of the weight and cast
of turbine-generator set 122
PART '11. TURBINE REGULATION AND
AUTOMATIZATION OP TURBINE-ORNERATOR SETS
Ch. j. Elements of Turbine Regulation Systems
1. Speed governors 127
2. Regulating system circuits 141
Selecting the elements of regulating systems 144
Oil-pressure systems 149
5. Pressure regulators 155
Card 6/13

Turbine Installations (Cont.) SOV/-lTl6
Ch.-:64 Calculating Parameters Included in Guarantee of
Regulating System
1. Statement of the problem 159
2. Calculating variation of pressure during water
hammer.(Brief Information) 161
3, Approximate calculation of (parameters Included In]
guarantee of regulation (LNZ method) 168
4. Exact calculation of (parameters Included In]
guarantee of regulation 16
5. Program control,of regulating element 17?
Ch- .7,, Automatitation of Hydromeohanical Equipment
1. General promises 178
2. Automatization of basic units of hydromochanical
equipment 180
Example of automatization of a turbine-goderator set 187
Data on equipment and their symbols 190
Card TA3

Turbine Installations (Conts) M/1716
PART IM AUXILIARY RQUIPMUT OY MWEACTRIC POWSR STATIONS
Ch. i8o., Oats Valves of Penstocks and Hydraulic Drives for
Lifting Gate Valves
1. Basic typos and selection of gate valves 198
2. Hydraulic driven for lifting gate valves 213
Ch."~N Designing Penstock Oater Valves
Forces and moments acting on a gate valve 217
2. Water hammer occurring during the movement of the
working element of a gate valve 22J
Designing or bypass and gate valve control systems
Calculating the strength of parts of a butterfly gate
valve 230
Ch. 10. Lubricating Services for Turbine Oentrator Sets
1. Purpose and organization of lubricating services 231
2. Types of oils used 232
3. Amount and service periods of oils 233
4. 011-handling processes 235
card 8/13

Turbine Installations (cant.) SOVII716
Selecting equipment and apparatus of lubricating services 243
Layout of lubricating service areas. Fire prevention
measures 24
Examples of lubricating services M
Some definitions and design formulas, GOST for
furbine oils 251
Ch., lis Compressed Air Equipment and Service
1. Uses of aompreesed air 255
2. Diagrams of compressor plants 257
Selection of equipmentj compressorsp and sizes ofpiping 260
Some definitions and design formulas 20
Ch. 12, Industrial Water Supply
1. Uses of water 272
2. Diagrams of industrial water supply systems 276
3.-Selection of equipmentp pumpajand sizes of piping 283
Card 9/13

Turbine Installations (Conts) sov/1716
4. DetervAning head losses in piping 291
5. Extinguishing a fire in a generator 3.00
Cho 13. - Draining of Water From Spiral Casings and Draft
Tubes of Turbines
1. Purpose and characteristics of draining installations 302
2. Diagrams of draining installations 303
3. Selecting equipment of draining installations 305
Ch. 14.. Measuring Head and Flow of Water Through The Turbine
1. Measuring the flow of water through a turbine 314
2. Measuring levels of water and of the head 320
3. Measuring the drop of water level In screens and
signaling sludge-ios formation 330,
4. Examples of setting up instruments for measuring head,
levelq and flow of water 332
PART IV, DATA ON TURBINE INSTALLATIONS
Ch. 15. Tabulated Data on Turbine Installations
1. Data on turbine installations of Soviet hydroelectric
power stations 338
card 16A3

Turbine Installations (Cont,) SOV/1T16
2. Data on turbine installations of foreign hydroelectric
power stations 364
3o Abbreviations of plant and firm name; bibliography
for tables 381
Ch.;- 16# Drawings of Turbine Installations
16 Adjustable-blade turbines 4
M
2. Radial-axial (mixed flow] turbines
3. Bucket-type turbines 135
PART V. GEMATORS OP HYDROMECTRIC POWSR STATIONS
Ch..:lT*. General Information on Generators
1. Basic data an generators 440
2. Xechanioal characteristics of generators 442
3* Excitation systems and w=illary power 444
Ch.-,18,.. Constructional Data on Generators
1. General Information on types or modern generators 447
2, Superpower generators 46o
Card 11/13

Turbine Installations (Cont.) SOV/1716
Ch. T#in. Tabulated Data on Vertical-type 0enerators
1. Oaneral specifications of vertical-type generators or
Nglectroollan Plant 465
2. Technical data and basic dimensions of sodium- and high-
power generators 468
PART V1. INSTALLATION AND RSPAIR OF TURBM EQUIPKENT
Ch. 20. Organization of Installation and Repair of Turbine
Installations
1. Basic turbine subassembliesp their weight and special
features of assembling 472
2. Sidings 474
Warehouses and storerooms 47
Hoist1nj and transporting mechanisms,, and installation site U2
5. Tools,, evices,,and other installation equipment 2
6. Labor consumption and duration of erection and repair 48J
Spare turbine parts 48
Repair machine shops 485
Card 12/13

Turbine Installations (Cont.) SOVII716
Ch. 21. cranes Of HYdroolootrIc Power Stations
I. Selecting crane Parameters
~2
Elect
i 4W
.
r
c bridge cranes
9100trio gantry cran 489
es
Basic Par=wterv and dimensions or electric bridge 491
cranes for light working regimes
Basi
5 495
.
c parameters and dimensions of hand-powered
bridge cranes
d
an
cable tramways 501
APPMEMS
Appendix 1. Testing of Turbines
505
Appendix 2. Technical Conditions for r!Igning and Supplying
of Adjustable-blade, Radt 1 axial (Mixed Flow]
and Bucket-type Turbines (Examples) 509
Appendix 3. Conversion of Measures

AVAILAWA: Library of Congress 517
00/jab
Card 13/13 6119159
8(6)
AUTHOR:
TITLE!
pF,RIODICALt
sOV/98-59-3-9/17
Enginoer
KlochkOv, A*Pos,
The Problem o If the Performance Reliabilit or the
Regulator and Distribator of a Hydraullc Lrbine
(K voprosu o nadezhnosti paboty regulyatora i
napravlyayuohchego appRrata gidroturbiny)
1_8
Oldrotekhnichookoye etroitel'stvo, 1959,#*.Nr 3, PP
45-46 (USSR)
ABSTRACT: According to the author, there is no need to compute
the full runaway speed of the rotor of a hydrogenera-
tor, if the distribul-or of the turbine is reliable
and its closing is secured by the simultaneously-
acting emergency Valve and emergency oil-presoutO
installation. The "'Uralelektroapparat" plant reports
that the weight at the rotor of the Krasnoyarsk OSS
and, consequently, the price of generators could t4
considerably reduced if the speed of the rotor was
computed on a 160% increase in the number of normal
revolutions instead of 200%. The author also advises
Card 1/2 actuating the emergency valve immediately and the

BOV/98-59-3-9/17
The Problem of the Performance Reliability of the legulator and
Distributor of a Hydraulic Turbine
oil-pressure installation as soon as the number of
revolutions reached 115-120~ of the normal number,
The author suggests cancelling the GOST provision
calling for manufacturing plants to run the genera-
tor In the "racing regime" for 2 minutes. Turbine-
construction plants must intensify research on
preventing the turbine from racing.
Card 2/2

TODOROVj Tel KLOCRICY, Do
Theinfluence of precipitation and the agricultural plants an the
surface runoff of the precipitation waters and soil erosion#
Kh1dro i meteorolog nools7g-78 160. (Sul IOSI)
Precipitation (mateorO1017))
ants) (Ir2s-lon) (Planoff)
M

tWMOY* Bovint b,l ICIRTAIM. Toolush,
An bovorarr title'll"soalrost "q*osiblllty. Ayt. dor, 23 00031"
(Noseew-load eoustruation vorkors

KIDCHKOV, Boris .
Results from studying certain types of terraces for planting
orchard tresso Selskostop, nauka [2) no. 2s 208-215 163,

USPZMXIlp VAq PADCHMOj OA*; 0LWWSKAUj TeeAe; SHISHKOVAj Aj.;
MMLS KAU, T.N.; TOM xf F.B.j PrialmwLU uahaatiyei
XMMWAp L.F. Ithl-4 ; CHOIR, T.?,,,p telchnfIq MUM,, T.B
laborantj VWAM, M.N.) Uborantj MMMOVA,, IA.j fizik;
MROV9 A.K.9 t*khWkj PONOMOv B.P,q lawrantj INS
L,B:, laborant$jc Mg~, B laborant; RAGIM, G.)ML. vedushoW
I? Zl~.;: d
red ; SAMOMNAO :1, ov
E&wio prooesses of the trawformation of bitumens in nature
and the problems of their al"sification) Osn*vnys yuU pr*-
dbrasorvaniia bitumov v prit-ods, i voprosy ikh klassifilatoij,
Laniwads Gosonauchao-takhaAsd-vo neftel garno-toplivwi
lit-ry lAningr.otd-nia.. 1961. 311. p. (UnLngrad. Vsosoiu=yi
nauchnp-issledovatelfskil geologoranodochayl institut, Trudy
no *185) a (MM
(Bitwuml-4*01067)

Emma, B.I.
Aq*rIwA%sl deteniliotion of the efriolency of s motor
"hials wheel* Otaproms noo6:4-6 Ag '60. (MIU 2318)
1. Stalingradskly nekbmAlobaskly IA*tltute
(Motor vehloles-Wheels)

novt B.I.
SIMIM.-
Tmation dJAgms fbr,swtor "blelas woldoriM tb6 offialonar
of drivIM vb"ls* Avt. pvn. 28 no.7sl6-18 Ji 062.
. (MIRA 164)
1, Taippaski kbwddwskiy instituto
(Lotoor "hicUs.4yuMcs)

nOCUOT, D.Y. 0 Inshoser.
~ ~ - ~ 1.
Cons truot Ing 'bridge roport foundations using bone dropped Into
the water. Aytodor., 19 n0.4122-23 Ap 136. W" 9se)
I (Bridge construction)

UDOMY, D.T., insh.j IDDXrAtff, T-P-* Insh-
dwom, Making reinforced concrete balustrades. Ayt.dor. 22 W.8114
Ag 159. (Concrete constructlow-forwork) (HIM 12sll)

UOOMIT, D.l./Inshe
Factors In assoo'bling precast reinforced concrete bridge opens.
Ayt, dors 22 no,9210-11 8 159. (Km 12112)
(*jdgss#-C6n*r*t*) (Precast concrete construotion)

n"HKOV, By, Insh,; KORTAXOT, To, Inxh.
of now techniques and the role of research ant
nor*-setting centers. Avt.dor. 23 no-313 of cover Mr 60.
(KIU UtO
(Read construction)

f.
VDCHKOV, B.T., lush.
Constructing precast reinforced concrete highway viaducts. Tramp.
strols 10 no.4:24-27 AV 160. WRA 13:9)
(Tisducts) I

godsrA 40619M of EW structures. Ayt.dor. 23 no-Ilili-17
w6o. (HIRA 13:11)
(BrOges, Qowroto) Maducts)
MEN

=HKOVS MOP assixtent
Investigating the efficiency and skidding of an auUmUls whool,
Iwaystuchebosavel mashinostro no-4tl54-.160 161. (KM WO
le StalingraUkly -Irk-nichookly institat
(AUtomobilet-04412)

CHARMWt A. Pl-UXMWJ-B. TI, WLAM"t T. I.
Suop*M#d wambZY of spans with dr7 joints* Art. d2
or;20~
no.20$17-29 0 162. (WA 25
(*Idp construction)

DUDCHRIMOs X.Pos Imthol SUMOV B,V4# inxb,l XORTAXOVO V.P.v insh.
Constrwtion of t~Apmwl footlr4s out of niaoroed concroto
pipes or WwIUO, Transp, strol, 12 no.Ss2o..22 Ag 162.
(XVU 1519)
(Bridgo&-rommktions w4 pisre~ I I
a (Pnoast conorste construcuon

ILOCMWt B.V.j Lush.; IQUMMp V.Psj Ituthol IVAXOTj B.S., insh,
the Gonorsts reinforasunt vorker I.A. Vivehar &W his brigade
of ocurtudst labor* Tram stroi. 12 no.90-8 S. 162. (KIRA 16s2)
fLinforoed oonmto)

FISMp GrIgoriy Semenoviobi I=HKOTO Borls Vasillyeviahl
GIBSHWI
[Prestressed bridges of mamfactured slownts) Pre4v&ri.
tollno napriashemVe mosty lz elememoUy seyodskogo Isgo-
tavlonlia. Y4&kvt, Transport, 1964. 340 p
!MIRA 170)

Win
F.L:WVI 00 vel- S., SMMI, V. S., and TIMMYEV, V. V.
(Acid. :ci. L=)
*On the Stability of Proton,"
paper submitted at the ALIOWAou Conf. on huclear Pleaction3 in riedium and 14w &sera
Phyaiass Moacov, 19-P lkm 37,
~77
byN -aWA-0

Kkocl!Aotl)
Flie'royl Go Wat Corresponding Member AN USSH, 20-1-19/58
lothuov., Do 1A 1*#Skobkin, T. See Torentlyev, T. To
A11TLS: The Spontaneous Fission of Th 232 131 the Stability of
Nucleons (Spontannoys deleniye Th I st4billnost' nuklonov)
.-ZRIODICAL: Dokladr AN $339, 1958, Vol. 118, Yr 1, pp. 69-71 (USSR)
,3STRACT: First the authors shortly report on respective earlier works.
Many a thing spoke in favor of the determinang n of the half-
life period of the spontaneous fission of Th by means of
an essential increase of the sensitiveness of the method'#
Such an Increase of the sensitiveness can be roachod by an
increase of the total quantity of experimental material on
well an by a decrease of the background. Tho advantages of
proportional counters are mentioned. The counters used here
were produced of thin aluminus tubes. Thorium was deposited
in form of ThO with takelite lacquer on Inner surface of
the 8621-cylinlrical grooves In the cathode of the counters.
As anode served 11ohronium wires with a diameter of 5*
The counters were filled with methane and had a wide
proportionality range. For the Inertast of the total quantity
of the experimental material some counters of the same type
Card 1/2 were used. Special attention was paid to the decrease of the

The Spontaneous Fission of Th 232 and the Stability of Nucleons 20-1-19/58
background* Possible reasons for errors e. g. neutrons, are
pointed out. From the measurements discussed We the
followine results: the half-life period of Th in (if 21
thorium suffers a spontaneous fissior. at all) more than lo
years. If we accept the condition that thorium nucloio because
of the decay of a nucleon# are divided Into lighly partial**
the life of the compound nucleon In tore than lo years. By
means of the here discussed method for the registration of
rare fission acts the authors also searched for transuranius
elements in.monazite minerals. For this purp 9 so monazites from
different deposits of an age of more than lo y9ors vVjs In-
vestigated. Par the plutonium content a value of