SCIENTIFIC ABSTRACT KORSHUN, I.V. - KORSHUNOV, A.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000824930011-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

---
Rural consulting service for children. Zdrav. Bel. 7 no. 4:21-22
Ap 161.
(MIRA 14-4)
1. Nachallnik Upravleniya lechprofpomoshchi detyam i mater-jam
11inisterstva zdravookhraneniya BSSR.
(CHILDREN-CARE AM HYGIENE)

BELYATSKIY., D.P.; _KORSIIUN, I.V. (RiMk)
Some aspects of polyclinical services for the Russian children.
Sov.zdrav. 20 no.5:14-18 161. (MBU 14 - 5)
(WHITE RUSSIA-PEDIATRICS)

1KORSHMJ1 LIVE,
Current problems in health protection for children. Zdrav.
Bal. 8 no-4:6-9 Ap 162. (MIRA 15:6)
1. Naehallnik Upravleniya lechabnoy professionallnoy
pomoshahi materyam i detyam Ministerstva zdravookhraneniya
BSSR.
(CHIIZRBN--CARE AND HYGIENE)

KORSHT11, L. T.
~ , inzij.
Apppoximate designing of statically iadetorminate three-
pansl tfussed beams. Sbor. nau~~h. trud.Bal.poll. tekh. ins t.
no.76:35-44 '59. (MIRA 13:6)
(Girders)

Applying a mixed problem in structural mechanics to the
calculation of combined frameworks which were once statically
indeterminate, Sbor.nauch.truR.Bel.politekh.inst. no.89:109-
128 160, (MLRA 14:8)
(Structural frames)

KORSHUN, L.I. ('Minsk)
"'Ibe conditions of minimum volume of flexible elements in combined structures
when designed by use of the mixed problen of structural mechanics".
report presented at the 2nd All-Union Congress on 'Ibcoretical and Applied
Mechanics, Moscow, 29 Jan - 5 Feb 6h.

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BUGLAY, B.M., kandidat tekhnicheakikh nauk; PIRTATINSKIT, A.L., kandidat
tekhnicheakikh nauk; KORSHUN, L.L., inshener.
Terpene-collodion lacquers for finishing furniture. Der.i lesokhim.
prom .3 no-1:3-5 Ja 154. (miaA 7:2)
1. TSentrallnyy nauchno-ionledovateliskiy institut mekhanicheakoy
obrabotki drevesiny (for Buglay). 2. TaNILKhI (for Piryatinakiy and
Korshun). (lacquer and lacquering)

I-

BUGLAY, B.M.. daktor takhn.nauk; PIRYATINSKIY, A.L., kand.kchlm.riauk: SHMINA,
I.I., inzh.; KORSIRM, L.L., inzh.
,
ITew materials used for finishing furniture. Der.prom. 7 no.9:1-5
S 158. (14IRA 11:11)
(Wood finishing)
V-;kv

',KORSRLW, L.L.; TRIFOROVA, T.V.; PIRYATIIISKrY, A.L.; BUGLH, B.M.; SMMIRA, I.I.
Fungicidal nitro varnishes based on oxyterpene resins. Der.prom.
7 no.11:1-2 N 158. (MIRA 11:11)
(Varnish and varnishing) (Fungicides)

KIMRYAKOV, IT.A.; KORSHUN, L.Li; ZHUKOV, Ye.V.
Finishing round tables with nitro varnishes by coating with hot
TK-11. Der. prom. 8 no.8:18-20 Ag '59. (MIRA 12:12)
(Varnish and varnishing) (Furniture industry)

FIffATSINKIY, A.L.; BUGLAY, B-M. I -KORS!Wt_L-L- _
New polishing and softening agents for the refining of nitro
lacquer coatings. - Sbor.~rud.- TSVIIKHI no.13:115-118 159-
(MrRA 13:10)
(Lacquer and lacquering)
0

DRYNOVAJ, I.A.; KORSHUN,_L.L.,-_SHEINA, L.A.; SHUBINA, I.I.
Use of flat lacquers for furniture finishing. Der.prom. 10
no.11:9-10 N 161. (IMUL 14:10)
(lacquers and lacquering) (Furniture industry)

VINOGRADOVA, Ye~A.; KORSHUR, L.L.; 110TKIII, X.M.
Finishing of partiolo boards vilth t1lic PLI-219 polyestor varnish.
Der.prom. Us no,3t24-25 I-Ir 162., (MIRA 15.2)
(Hardbcard)
(Varnish and varnishing)

KORSHUN,- L.L.; NOTKIN, M.M.; NIKITINA, SINBLOBOV, M.A.;
POSPELOVA, G.L., nauchn. red.; PETRENKO, V.M., tekhn.
red.
(Finishing venearless particle boards] Otdalka nefa-
nerovannykh struzhochnykh plit. Moskva, TSentr. nauchno-
issled. in-t informatsii i tekhniko-ekon. issledovanii po
lesnoi tselliulozno-bumazhnoi, derevoobrabatyvaiushchei
promyshl. i lesnomi khoz. 1963. 22 p. (M-TRA 16:11)
(Particle board) (Wood finishing)

ZHUKGVY V.S.; KORSHUN,..L.L.; MOROZOVAp S.S.; NOTKIN, M.M.
Well-covering mat finish of furniture. Der. prom. 12 no.12:
16-17 D 163. (NIRA 17:3)
-a- +

KORSHUN, L.L.; VOTKRI, M.M.; STRADA, V.Yu.; TSVEETKOVA, L.F.;
~XITMYAKOV, 1~.A.; USANOVA, A.P., red.
[The IINKII nitrourea coating Nitrokarbaridnaia gruntovka
IINKII Moskva. T'Dentr. nauchno-is.-l. in-t informatsii i tekhniko-
ekon. issledovanii po lesnoi, tselliulozno-bumzhnoi, derevo-
obrabatyvaiushchei proDVshl. i lesnomu khoz., 1964. 15 P.
(MIRA 17:12)
1. Vsesoyuznyy proyektno-konstruktorskiy i tokhnologicheskiy
institut mebeli (for Korshun, Notkin, Strada, TSvetkova).
1. Mebellnaya fabrika Vo.7 Soveta narodnogo khozyaystva Mo-
skovskogo gorodskogo ekonoricheskogo rayona (for Kimryakov).

BONDAREVSKAYA, Ye.A.;, RSHUN, M.O. [deceased]
Improvement of the method for the direct determination of oxygen
in organic substances. Zhur. anal. khim. 18 no.5:644-649 My'63,,
(KRA 17:2)

ZIA)BEYEVA, L.P., inzh.; KORSHUH, R.S., Inzh.
Replacement of zinc coatings by- AEM,20 paint. Sudostroenie 25 110-8:
55 A 59. (MIRA 13:X)
fShi'pbuilding--Supplies) (Pipe--Corrosion)

KOBZEV. 1,1".; KORS'HUN, T,V,
Friction welding at the Chelyabinsk Tractor Plant. Avtom. mr.
1.5 no.1:64-72 Ja '(-Q, (MIRA 1/+: 12 )
1. Chelyabinskiy ordenov Krasnoy 2"vezdy i Kutuzova I stepeni
traktornyy zavod.
(Ghelyabinsk-Tractor industry)
(Cold welding)

, V. D.
KORSiLN) V. D. (Director, Chelyab-Insk Uty--Veterinary 'Polyclinlc). Autoc 'he7,ot~'-
in endome'~r-i-Us in mare:~, and c-ndametrltis -,nd rebenUon ol placenta in cattle.
So: .~etcrinavlya; 23; (12); Doc,.~:ber 19h6; ~ncl-
TAP,GJN:
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 * 0 0 0 46 0,

KORSHUN,, V. P.
Disuertationt Off feat of the Feeding Regime on the Growth, Productivity, and Metabolism
of Swine," Cand Afr Sci,, Kiev Veterinar7 Inst,, Kharlkovp 1954. (Peferativ%7 Zhurnal-
Khimiya., Moscow,, Nb 10,, Moor 54)
SOt SUM 3189 23 Dec 1954

GENAL-ININIKI 1.S., kand. mpd. na-uk; Yu.V.
Ab.3orption of ~ontrust nu.spong-lon from gallbladder
in obstructive 'jaundice. Khirurgiia 4C, HIr 164.
(MIRA 17:9)
1. Fafedra dot-sent. A.~.'. Sunt:30v)
ChelyaWngkorc red-ltsinsK,:~Fo Jr~-i'Atuta.

KORLSHUNOV, Cand Tech Sci -- "Estabilsh
f~g me,.nods a4l rerula-
Q
tion and automation of mining pump-dred6e hyd-.-.,-iulIc conveying
Hos, 1961. (Min of Higher rind Sec Spec Ed
RSPSR. Mos Min Inst, im V. 1. Stalin) (KL, B-61, 244)
- 251 -

KORSHUNOV, A.
How our factory committee helps the brigades. Sov.profsoiuz3r
7 no.4:27-28 Fe '59. (MIRA 12:5)
1. Predsedatellzavkoma profsoyuza Baltiyakogo zavoda.
(Shipbuilding workers)

/- 19B~~~ " '
ll~ Shonly vorker of commmist :Labor. A7t.doro 24 no.2:1-2 irl 1
%RA 14:3)
(RakipovtIfran)

KORSHUNOV, A.A., gornyy inzh.; KRUGLOV, Ye.l., gornyy inzh.; &;ATJLQ*I, V.F.,
gornyy inzh.
Use of some new forms of timbering at the "Zolotushinakii"
mine. Gor. zhur. no.7:?7-78 JI 165.
(MIRA 3-8:8)
1. Vsesoyuznyy nauchno-issledovatellski gornometallurgicheaki3r
institut tsvetnykh metallov (for Korshwi~~, hruglov).
2. Zolotushinskiy polimetallicheskiy rudnik (for Esaulov).

VORONINP V.S., gornyy inzh.; KORSHUNOV, A.A., gornyy inzh.; DAURENTBEKOV, A.K.,
gornyy imb.; NAURNBAYEV, V.A., gornyj inzh.
Testing and introduction of the use of gunite supports in soft
rock at the Tekeli Mine. Gor.zhur. no.1:41-43 Ja 165.
(MIRA 18:3)
1. Vsesoyuznyy nauchno-iarledovatellskiy institut tsvetnoy
metallurgii (for Varonin, Korshunov). 2. Tekeliyskiy kombinat
(for Daurenbekov, Nauryzbayev),

,fill Fe" ir --- - -
La
L 41410-65
ACCESSION XR: AR5009618
coe,=ts, realizing e conjunctions of n -variables. The author notes that ty
using the same method of proof it is easy to obtain an analogous remat'for iao-
lating nultiyole n.etworkh made up of ordinary contacts. K. Karpava.
SUB CODE: MAI, DP Mmg 00
card 2/2

ACC14
R' AR6026516 SOURCE CODE: U11/0372/66/000/004/V021jV021]
AUTHOR:, Korshunov, A. D.
TITLE: On asymptotic estimates of the complexity of contact networks of a given degree
SOURCE: Ref. zh. Kibonietika, Abs. 4V107
REF SOURCE: Sb. Diskretn. analiz. Vyp. 5. Novosibirsk, 1965, 35-67
TOPIC TAGS: communication network, algebraic logic, asymptotic solution, graph theory
ABSTRACT: The problem of realizing the functions of algebraic logic by means of contact
networks is considered for the networks with structural constraints. The concept of degree
of the contact network, coinciding with the degree of the graph of the network, is introduced.
I,
The following notation is introduced: Let L X(f) and LX(f) be the minimum number of contacts
required to realize an algebraic-logic function f of n arguments by me.-ins of a contact network
and by means of a series-parallel contact network of degrees no higher than X, respectively;
suppose that L X(n) =max L X(f), L (n) = max L (f), where the maximum is taken with re-
spect to all functions of the arguments xl, x,2, xn. The following statements are estab-
Card
UD C: 519. 9 5

-A c Ci7of, -AR6026516
x 2n
lished: Theorem 1. If X 2:3, then L . (n) - T- - -
-2 n7 ; then also for any c > 0 the propGrtion
x for which L x 2n.
of the function f or arguments xl, X2 n H 2nx (f) :r (1 - C)' 7--2 - n- ' tends
toward zero with increasing n. Theorem 2. L. (n) -T- and for any c > 0 the propor-
Og2 ff 2n
tion of functions f of arguments X1.X x for which LI1 (f) tr, (1 - c) tends toward
n 3
I Tog;
zero with increase in n. It is pointed out that with the aid of contact networks of the degree t
X:52 it is not possible to realize all functions of algebraic logic, and hence condition X ~! 3 in _i
Theorem 1 Is essential. Further, certain substantive consequences of the above theorems are
pointed out: 1. From Theorem I and from the findings of 0. B. Lupanov (Ref. Zh. Mat., 1961,
2A177; 1964, 7V280) it follows that in the class of arbitrary (I. c. non-plane) contact networks
of an unlim ed degree it Is possible, for nearly all functions of algebraic logic, to construct
networks Xk, 2 times more simple than in the class of arbitrary contact networks with do-
grecs X no higher than 2. When constructing asymptotically optimal series-parallel networks
for nearly aU functions of algobrato logic it is sufficiont to confino considoration to networks
with X = 3. 2. F. Ya. Vetukhnovskiy showed (Rc~ Zh. Mat., 1962, 9V209) that in the class
of plane contact networks of arbitrary degree L"k(n) - 2n/log2 n. Hence LPI(n) 0(n). V.
I(udryavtsev. [Translation of abstract)
SUB COD~- 12, 09

--- ----
ACC NRi AR('O','4041
4-/6-6/O06/004/V02i/i02f-"
SOURCE CODE UR/004
AUTHOR: Korshunov,- A. D.
TITLE: Asymptotic estimates of the complexity of contact schemes of a given power
SOURCE: Ref. ah. 'Matematika, Abs. 0107
rEF SOURCE: Sb. Diskretn. analiz. Vyp. S. Novosibirsk, 1965, 35-67
TOPIC TAGS: algebraic logic, contact schemes, function theory
ABSTRACT: The problem of reaLization*of functions of algebraic logic by contact
schemes subjected to certainkimitations has been investigated. The concept of the
power of the contact scheme fs being introduced, and it coincides with the degree of
the graph of that scheme. T~e author introduced the following notation; Let LX(f)
and Ln(f) be the minimum number of-co'atacts necessary for the realization of that
function of algebraic logic f of n arguments by a contact scheme and a parallel-seri
contact scheme of a power not greater than X, respectively; let
where the maximum is taken over all func tions or argum ents x1, X21 ... I xn' The
following statements have been established. Theorem 1. If X ~ 3, then
Card 1/3. UDC; 519.95

ACC NR& AR6024041
where for an arbitrary c > 0 the part of functions f or arguments x1, x x for
29 n
,;which x 2n
LX
itends to zero with an increase in n. Theorem 2.
where for an arbitrary c > 0 the part of the functions f of arguments,xl, x 2" xn
for which
itends to zero with an increase in-n. It is noted that by means of contact schemes
!with power X < 2, one cannot realize all the functions of algebraic logic, and con-
sequently, the condition X :~ 3 in Theorem 1 is essential. Furthermore, one notes
icertain essential consequences of the theorems presented: 1. From Theorem 1 and re-
isults of 0. B. Lupanov (RZhMat, 1961, 2A177; 1964, 7V280) it follows that within the
class of arbitrary (i.e., nonplanar) contact schemes with unbounded powers, one can
establish for almost all the functions of algebraic logic schemes which are X/(X-2)
Card 2/1

ACC NRi AR6024041
i times simpler than within the class of arbitrary contact schemes with powers not:
higher than X. 2. During the establishment of asymptotically best parallel-series
schemes for almost all the functions of algebraic logic, it is sufficient to lirdt
oneself by schemes with a power of 3. 3. F. Ya. Vetuklinovskiy showed (Mi"fat, j,962,
9V209) that within the class of plane contact schemes of arbitrary power one ha!;
1 21
LP-'(n)
Consequently,
PZ
[Translation of abstract) :V. Kudryavtsev
SUB CODE: 12

L 5h569-65 EWT(d)/9WF(V)/EW(k)/EV9(h ZWK1 Pf-h
XMMSM NR: W5012702 91/034/65/000/002/0018/0028
61945
AUTHOR: Korshunmr . A. D*
............
TITLE: Asymptotic complexity estimaLes of certain clanses of contact circuits
SOURCE: Kiberactika, no. 21 1966, i8-28,
TOPIC TAGS: asymptotic complexity estimate contact circuit, algebraic logic, logicall
function realization, controLtheo
ABSTRACT: Let L(f) be the minimum number of contacts needed for the realization by 0.
contact circuit of the functions f of algebraic logic of n variables, and L(n) = max L(f)
where the maximum is over all functions of n variables. 0. B. Iupanov studied the
behavior of these L functions as well as of L ?f (n) representing the minimum number of
contacts sufficient for the above-memfloned realization in the class of series-parallel
ci rcuits (0 sinteze nekotorykh klassov upravIyayushchik-h sistem, Sb. ' 'Problemy kiber) e-
tii~-i, no. 10, M., 1963, 63-97). F. Ya. Velukhnovskiy ID--ewise studied the behavior of
the Lpi(n) rapresenting the minimum number of contacts !n the case of plane circuit
realizations (DAN- SSSR, 142, 1, 1962, 50-53). In the first part of this paper, the autlu r
introduces the concept of a contact circuitry with limited topology and establishes the
Card
2/2
'Card

- - .- !g. 1. , -I -, :~;~,~,
KORSHUNOV, A.I., iuzh.; KOMOLOV, V*G., inzh.; MAYOROV, A.I., inzh.
Telescoping elevator for repairing converter linings.
Mekh.i avtom.proizv. 14 no.9:43-44 S 1601, (MIRA 13:9)
(Converters--14aintenance and repair) (Elevators)

M . .- - ~ 1 1, -,
WORSHUNOV, A. I.
"Calculation of Beem and Rib Type Frmes." Cand Tech Sci, Kazan' Aviation
Inst, Min Higher Education USSRp Kazan'. 1954 W., No 1,, Jan 55)
Survey of Scientific and Technical DIssertations Defended at USSR Higher
Educational Institutions (12)
SO: Sum. No. 556, 24 Jun 55

KORSHOOV, A. I.; MAKHOV, V.Ya.
Demonstration building of two 12-unit apartment houses. Transp.
strot. 7 no.5:7-10 My '57. (MIRA 10:11)
1. Nachallnik Sverdlovskoy normativno-iseledovatel'skov stpntaii
Orgtransstroya (for Korshunov).
(Apartment housee) (Building)

HUNOV I A. I.
Graphoanalytic method of designing beams of uniform strength
considering natural weight. Trudy KAI 46:75-85 159.
(MRA 14:2)
(Girders-Graphic methods)

KORSHUNOV, A.I. (Kazan')
Graphoanalytic calculation of frames. Trudy KAI 38:203-218
'58. (MIRA 16:8)
(Structural frames)

KORSI"IUNOV, A.I.
Designing trusses taking the gravity into consideration. Trudy KAI no.
62,.65-72 161. (MIRA 17:2)

SALINIHOV, Ivan Stepanovich, dots.; LOVONOSOV, Nikolay Matveyevich,
kand. tekhn. nauk, dots.; PODOLISKIY, L.R., inzh... retEenzent;
KORSIIMIOVP MCA, n retsonzent; PERSKIY, G.M.j inzh., re-
ts-enzent; SIDOROV, N.I.s irizh., red.; PEDVEDEVA, N.A., telbn.
red.
[Organization of the manaE:ement of electrified railrondslOrga-
nizatsiia khoziaistva elektrifitsirovarzqkh zhelezrrikh dorog.
Moskva, Transzheldorizdat, 1962. 349 P. (MU 15:12)
(Railroads-Electrification)
(Electric railroads-Managemnt)

KORSHUITOV, ALakayndr IlikiticI3, MAYDAUM, Nikolay Mikhaylovich,Edeceasedj,;
IVARITSKIY, F., otv. red.; PROSHIUA, L., red. izd-va,; TEUMMINA,
T., takha. red.
[Analysis of the report on the execution of a district's budget]
Analiz otcheta ob isoolnenit btudsheta raiona. Moskva, Gosfinizdat,
1958. 143 o. (MIRA 11:11)
(Budget)

KOROZOV. N.A., kandidat tokhnichealcikh nauk; MITOWSKIT, R.Ye., inshener;
KORSWNOV, A.M., inzhener.
Automatic machine for sharpening wood cuttera. Dar.1 leookhim.prom.
3 no.3:8-10 Mr 154. (HIaA 7:3)
1. Leningradskaya, ordens, Loaina lesotekhnichaskaya akademiya im.
S.K.Kirova. (Woodworking machinery)

K0T,S*'-";-1;0V, A. 11.
KOPSM11OV, A. 14. -- "Investigation of the Process of Cutting Lunber with
Various Cutting Instruments Perpendicular to the Fibers." Min Higber
Education USM. Leningrad Order of Lenin Forestry Engineeriq; Academy
imeni S. M. Kirov. Leningrad, 1955. (Dissertation for the Degree of
Candidate of Technical Sciences.)
SO: Knizlinaya LeLo F eb 1956
2is', No 5, Moscow,

KORSHUIJOV, A.H.
. 1 1.
Coal crushing under the dynamic effect nf mining machine
cuttmrs. Nauch. trudy VDI no.21:137-155 157. (14IRA 11:9)
(Coal mining machinery)

K(RSHUNOV, A.N.
KCRSHUNOV, A.N., Cand Tech Sci --(diss) "On the problem of the
crushing of Moscow coal by the dynamic action of a mining machine tool."
14 pp, (Min of Higher Education USSR. Mos Mining Inst im I.V.Stalin.
Chair of Mining Machines). 120 copies (KL,20-58,97)

KORSHUNOV: A.11., kand,tekhnonauk
- ~ '.f
Study of the dynamic loads on truck b*es of cars,, Izv, v7so
ucheb. zav.; gor. zhur. no.8:154,,157 161. (MIRA 15:5)
1. Remerovskiy gornyy institut, Rekomendovana, kafedroy
gornykh mashin i rudnicbnogo transporta, Kemerovskogo gornogo
instituta,
(Mine railroads-Cars)

KNYAZEV, Sergey Aleksandrovich, kand. tekhn.nauk; MALYSHEV, V.V.,
dots., kand. tekhn.nauk, retsenient; KQERSLHU~NOV. A.H.,
kand. tekhn. nauk, retsenzent; LAUTNER, E.M., dots.,
kand. tekhn.nauk, otv. red.; BEZGODOVA, L.V., red.;
URITSKAYA, A.D., tekhn. red.
[Machines and instruments for mechanical processing of wood;
general problems in the theory of cutting] Stanki i instru-
menty po mekhanicheskoi obrabotke drevesiny; obshchie vop-
rosy teorii rezaniia. Lektaiia dlia studentov fakullteta me-
khanicheskoi tekhnologii drevesiny. Leningrad, Vses. zaoch-
nyi lesotekhn. in, -tp 1963. 37 p. (MIRA 16:1)
(Woodworking machinery)

SVYATKOV, Sergey Nikolayevich, dots., kand. tekhn. nauk; KOR.TIMOV,
A.N., dots., kand. tekhn. nauk, retsenzent; PAUSTOVSKIYP
G.A., otv. red.; BEZGODOVA, L.V., red.; URITSKAYA, A.D.,
tekhn. red.
[Intrafactory transportation; textbook for term and diploma
projects (for students of the faculty of woodworking
technology)] Vnutrizavodskii transport; uchebnoe posobie k
kursovomu i diplomnomu proektirovaniiu Wlia studentov fa-
kullteta mekhanicheskoi tekhnologii drevesiny). Leningrad,
Vses. zaochnyi lesotekhnich. in-t, 1963. 164 P.
(MIRA 17-1)
1. Starshiy prepodavatell kafedry soprotivleniya materialov
i detaley mashin Vsesayuznogo zaochnogo lesotekhnicheskogo
instituta (for Paustovskly).

NEKID11KIN, Natan Osipovich, dots., kmd. tekhn. nauk; VIASOV, G.D. ,
prof., doktor tekhn. nauk, retsenzent; KORSFUNOV, A.P.,
kand. tokhn. nauk, retsenzent; FESOTSKIY, A.N., prof., doktor
tekhn. nauk~ otv. red.; FILONENKO, K.D., red.
[Planning wood processing enterprises; introductory lecture
for students of the Faculty of Mechanical Wood Processing
specializing in the technology of wood processing enterprises]
Proektirovanie derevoobrabatyvaiushch:ikh predpriiatii; vstupi-
telInaia lektsiia dlia studentov fakullteta mekhanicheskoi
tekhnologii drevesirq po spetsializatsii - tekhnologiia derevo-
obrabatyvaiushchikh predpriiatii. Leningrad, Vses. zaochnyi
lesotekhn. in-t, 1963. 23 P. (MIRA 17:5)

KORSHUNOV, AJI., k&nd. tekhn. nauk, dot3ent; SAFOKIIIN, M.S., dotsent
Review of' the book by AS. Evnevich "Mine haulage machiner-f."
Ugoll 39 no.705-76 Jl 164. (MIRA 17:10)
1. Kemerovskiy gornyy institut.

KORSHLINOV) A.D., dotsent, kand. tekhn. nauk
Study of the strength of winch drums. Sbor. nauch. trud. Kem.
gor. inst. no.5:133-138 164. (MIRA 18:3)
1. Gorno-olektromakhanicheskiy fak-ulltet Komeiovskogo gornogo
instituta.

_--.KORSHUNQV,-A.P~,- KUZININ, VA
Results of the study of piezometric wells. Nauch.-tekh. sbor.
po dob. nefti no.15:82-86 161. (KRA 1539)
1. Vsesoyuznyy neftegazovyy nauchno-issledovatel'skiy institut.
(Oil reservoir enginserifig)

SPIVAKOVSKIY, Aleksandr Onisimovich; MUCHNIK, Vladimir Semenovich,
doktor tekhn. nauk; YUFIN, Andrey Pavlovizh, doktor tekhn.
nauk; SMOLDYREV, Anatoliy Yevtikheyevioh, kand. tekhn.
nauk; OFENGENDEN, Naum Yefimovich, kand. tekhn. nauk;
BORISENKO, Lev Dmitriyevich, kand. tekhn. nauk; TRAYNIS,
Viulen Vladimirovich, kand. tekhn. nauk; Prinimali uchastiye:
KURBATOV, A.K., inzh.; MARKOV, Yu.A., inah., KORSHUNOV, A.P.,
inzh.; EKDER, B.Ya., otv. red.; KOVAL', LV., red.izd-va;
IL'INSKAYAp G.M., tekhn. red.
[Hydraulic and pneumatic transportation in mining enter-
prises]Gidravlicheskii i pnevmatichaskii transport ima gor-
nykh predpriiatiiakh. Moskva, Gosgortekhizdat, 1962. 250 p.
(MIRA 16:3)
1. Chlen-korrespondent Akademii nauk SSSR (for Spivakovskiy).
2. Institut gornogo dela im. A.A.Skochinskogo (for
Smoldyrev). 3. Vsesoyuznyy nauchno,issladrvatellskiy i pro-
yektno-konstruktorskiy institut po gidrodobyche uglya (for
Muchnik). 4. Donetskiy nauahno-issledovatel'skiy ugoltnyy
institut (for Ofengenden). 5. Moskovskiy inzhenerno-stroitell-
nyy institut im. V.V.Kuybysheva (for Yufin).
(Pneumatic conveying) (Hydraulic conveying)

0-':' the ~.ql~,Illstllon c-f iystems for libe-.a~lrg from
4ater corrosion-active gasei, of nitrogen, desorptlinn under
presBure, Tepic,,nnerget -1ka 1.1 no.1"ut8l 0 164.. (MIRA ISO)
Magn'

KORSHUNOV, A.P.
Xethod of making punches with slots. Stan. i instr. 24 no.5;34 YT 153.
(na& 6:6)
(Punching machinery)

AUTHOR: Korshmiov, A.P., 34, n i c c r 133-56-3-4/29
TITLE: Utilisat-.1-011 )f thc, ldtlro, C*." --"-L- 0;-p E,-"-
Blast Furnace Depe~rt:.-ents 0 Z~ --. DZ 0 t -a
I
.:i--Iorodn,Y'L:h u!jt-anovo~Lz v dorcivq';.h
Y
PERICDICAL: Stal Yr 3, p 20" (b-SR)
) -1 -its instead of
ABSTRACT: The use of -.-TastF-, aitrol,,ea fror~ OXYLE) Zaai
blast furnace r,as for equalizin, oressaire iti- t'-c
U,
t1ic 1.,3rge aild s.-cali loclic Of fuI---,i.,.ccs is 1=-occd-
TI-cre, are 3 2 of are Solriet ca~.d 1 En-ji-sh-1.
ASSOCIATIOIT: j~- rn o or--'~ c -*L.~ mo t au rc J- C0 MI a 4-
CoLibine)
AV-A.ILABn-,*: Library of Conr!'ress
Card 1/1

50) SOV/67-5f,,-6-7/22
AUTHOR: Korshunov, A. P., Engineer
-------

TITLE: -----
Experiment on the Drying of Ca7.9e:1 (Opyt osushki
teklinicheskogo kisloroda)
PERIODICAL: Kislorod, 1958, Nr 6, pp 28 - 30 PSSR)
ABSTRACT: Distilled water is used as a lubricant for the cylinders
of compressors at the Magnito.-orsk Motallur,~ict~! Konibinat.
Thus, oxygen is saturated with steam in compreE-ion. Every
compressor is equipped with a moisture sepa-cator at the
rear. However, this is not sufficient to remove steam complete-
ly from the oxygen. An additional adrorbing, device is thore-
fore required, which is connected to the oxy,-Ien mL:in pipe
in front of the drying block. The 11adcorber" consists of a
cylinder with a capp.city of rv 1-5 m3. Its intorior is divieifd
into two aections filled 1.7ith SiliC.L r,01 of' the KISK
(GOST 3956-54) type and shut off at the bottom by two E;rids.
The silica gvel is reCenerated by blowin.- through hot -air
or nitrogen. The drying block ensures dr.yintr of 2000 nm3
of oxygen per hour tinder normal condition:i. RoliMble dr:.-ing
Card 1/2 is obtained by complying with all operation re(-uirements.

Experiment on the Dryin.lel- of Ii.&,etriall Cxygaz SOV/67-58-6-7/22
The application of the adsorption blocIc for ox-en dryin---
1-11 0
permits the elimination of the otherwise necessary tubing
insulation, nor is there any danger of freezin,-, and -a con-
tinuous oxygen feeding of the required quality is made
possible. There are 3 fig-ures and 1 table,
Card 2112

AUTHOR: Korsh,.nov, A. P. 9()'1/67- 58-4-'~/29
TITLE: Improrement of the Operation of the Air Compressor 2R-7/220
(Uluo.isheniye raboty vozdushnogo kompressora ."R-7/22~))
PERIODICAL: Kisloroa, 1958, Nr 4, PP. 30-32 (USSR)
ABSTRACT: The vertical four-stage high-pressure air compressor 7R-7/220 13
'
being produced by the Central-Asiatic Plant for t~e C
onstruction
of Chemical Apparatus (at Chirchik) and is used in an oxygen plant
KG-3CO-M~. The compressor is provided with devices for cooling
(after each stage) and with devices for the extraction of oil and
moisture (after the I. and IV. stage). Its data are: Out-out 7 m3laiir.,
suction pressure 76C torr; compression according to stages(ex-
pressed in atmospheres in excess of atmospheric pressure): stage
1-4, 11--13-15; 111.-50-60; IV. up to 220; travel of piston 22-00 rim;
number of revs. per Minute: 375; electromotor for 130-140 M The
following faults were found with the operation of the compressor.
The valves gave the greatest amount of trouble. During the I. stage
deposits of coked oil formed on the valves and valve-seazs, so
that valve ducts frequently were ccm-pletely stopped up. At the salax.,
time temperature rises and the oil vapors are iEnited, which causes
Card 1/ 2 this stage to become overheated. The some kinds of deposits later

Improvement of the Operation of the Air Compressor S011/67. W
-,R-7/220
also stopped up supply pipes (to the cooler of the 1. -5tage) I so
that their inner diameter ~ms reduced, which, in tiiin, 1--ad-9 -rx
an increqse of pressure in the I. stage and to a reduction of
pressure in the II. stage as well as to overheating, by -Miich -~,he
forming of dqoozit~~ and sooting inorea-qed. Particles of soot al-,3c
penetrated irAo the following compresslion stages, blcc~,t~3 up
piston rings, and disturbed the functioning of tiie cooling apTra-
ratus as well as of tht.- lubrication system etc. For riason
additional oil- and moisture extractors as vie-22 as
coolers were fitted. Finally, the plant producing the_~,, devi-,no
is advised to carry out the necessary cons triu~t_Jonal
In the comment made to this paper it is said 'hat instead of the
compressor mentioned, a similar compressor KD -3/5-22-0, yhich will
be produced by the Kazan compressor plant in the couriF~ of th:~--
year, will be introduced. Thera are 3 figures.
Card 212 1. Air compressors-Performance 2. Air compressors-Equipment

KORS-M=V, A.P., inzh.
Drying, Industrial oxygen. Kislorod 11 no.6:28-30 156-
WILk 12:3)
(oxygen)

SERGOVANTSEY, Y.T., kand.tekhn.nsu1c; YURASOT, Y.T., kand.tek1m.nauk;
ALUKO, Sh.M., kand.tekhn.nauk; AWMIANOT, T.N., doktor tekhn.
nauk; ASTAPYRY, YA. kand.tekhn.nauk; BUDZKO, I.A., skademik;
BYSTRIT1.1MIT, D.N.. kand.tekhn.nauk; YETALIS, B.S., kand.tekhn.
nauk; GIRSHBERG, T.T., inzh.-, GORSHKOV, Te.M., inzh.; GRI-
CHETSKIT, N.Ta.0 inzh.; ZAKHARIN, A.G., doktor tekhn.nauk;
21ATKOVSKIT, A.P., kand.tokhn.nauk; IOSMAY, S.G., inzh.;
ITSKOVICH, A.M., dotoent; KAUFMN, B.M.. inzh.; KVITKO, M.N.,
inzh.;'1Q~SHUNOT, A.P., inzh.; LEVIN, M.S., knnd.tekhn.nauk;
LOBANOV,'Tjf'*.'-&tsent; LITTIN&KO, A.F., inzh.; MUMOT,
G.F., inzh.; ;IRKHAVKA, P.Ta., kand.takhn.nauk; FRONNIKOYA,
M.I., kand.tokhn.nauk; WIRNOT, B.Y., kand.tekhn.nauk; FATTU-
SHENKO, S.G., Insh.; KHODNEV, V.V., inzh.; SHCHATS, Ye.L.,
kand.tekhn.nauk; NBIN, L.Te., doktor tekhn.nauk; ENTIN, I.A.,
kand.tekhn.nauk-. SILIN, V.S., red.; SOLTANSKIT, Y.A., red.;
BALWD, A.I., takhn.red.; SMIRITOVA, Te.A., tekhn.red.
[Handbook pertaining to bhe production and distribution of
electricity in agriculture] Spravochnik po proizvodstvu. i
raspredeldniiu. elektricheskoi energii v sel'skom khoziaistve.
Mosk7a, Gos.izd-vo sallkhoz.lit-ry, 1959. 900 p. (MIRA 13:2)
1.YeesoyaInaya akademiya sel'skokhozyaystvennykh naulz imeni
Y.I.Lenina (for Bud2ko).
(Rural electrification)

25(2) 140) SOV/67-59-3-6/27
AUTHORt Korshunov, A. P., Engineer
TITLEt Ways for Removing Leaks in the Automatic Valves of Oxygen
Regenerators (Sposoby ustraneniya neplotnostey v avtomati-
cheskikh klapanakh kiBlorodnykh regeneratorov)
PER""ODICAL: Kislorod, 1959, Nr 3, pp 32 - 33 (USSR)
ABSTRACT; Owing to disturbances in the automatic and non-automatic
valves of the oxygen generators impurities of oxygen may
occur. In the case of a leakness of the non-automatic valves
they may easily be exchanged. Also no further fouling occurs
because in this case the oxygen leaves the regenerator. A
disturbance of the automatic valves in much more difficult
because these valves are situated at the cold end of the
generator. A leaky attachment of the valves to the valve
seat may form due to solid carbon dioxide or ice ihich has
penetrated the valves. By this way air may then penetrate
into the oxygen. Such a leakage may be detected by compara-
tive analysis of oxygen before and behind the automatic
valves. In order to eliminate this disturbance the valves
Card 1/2 are heated when the generator is shut off and the foreign

Ways for Removing Leaks in the Autowatic Valves of SOV/67-59-3-61/27
oxygen Regenerators
substances are melted. A more exact description of the
heating process for eliminating this disturbance is given.
There is I figure.
Card 2/2

80), 8(6) SOV/105-59-5-10/29
AUTHOR- Korshunov, A. P., Engineer (Moscow)
------------
TITLE; calculating Short-circuit Currents in Consideration of the
Characteristics of Rural Electric Power Plants (Raschet tokov
korotkogo zamykaniya a uchetom osobennostey sellskikh
elektrostantsiy)
PERIODICAL: Elektrichestvo, 1959, Nr 5, PP 42-49 (USSR)
ABSTRACT: A method of calculating the short-circuit currents for the relay
protection is described here in consideration of the charac-
teristics of rural electric power plants. The investigation was
carried out by the author under the direction of V. N. Andriano7,
The method described is applied to hydroelectric power stations.
The single operation of a power station which is moat un-
favorable for the relay protection is investigated. The charac-
teristics of rural power plants affecting the short-circuit
process are pointed out. The present paper is based on the equa-
tions by Gorev-Park. These permit most of the factors affecting
the transition process to be considered. The assumptions made in
setting up the equations by Gorev-Park are pointed out. A solu-,
Card 1/4 tion of these equations in a general form is not possible.

SOV/105-59-5-10/29
Calculating Short-circuit Currents in Consideration of the Characteristics of
Rural Electric Power Plants
Therefore, they were simplified. The equations are then used
for the calculation of the short-circuit currents, and formula
(14) for the slip a is derived. It applies to a generator moment
invariable with time in case of short-circuit. To consider its
variation with time, the method of continuous intervals can be
used. According to the method described here, short-circuit our-
rents were calculated under different conditions. The calcula-
tion referred to generators of rural power plants (Ref 10)
with axial-flow turbines. The slip a - f(t) was determined in a
graphic-analytical way. A full opening of the distributor of the
turbine corresponded to 90% of the nominal capacity of the
generator. The ratio ra/za (external resistances in the stator
circuit) was assumed to be 0.9, and Ed' - 1.136 (nominal excita-
tion, coBy - 0.6).- The investigation showed the following:
1) With the distributor fully open, and an amplification of the
generator excitation, the number of revolutions of the unit at
short circuit can decrease by 30-4* and with the distributor
Card 2/4 not fully open and without speed governor, by 47% or even more.

SOV/105-59-5-10/29
Calculating Short-circuit Currents in Consideration of the Characteristics of
Rural Electric Power Plants
2) The amplification of the excitation at the beginning short
circuit results in a positive effect, namely an increase in the
current intensity and the voltage, but this effect is about
half as big as at synchronous speed, and keeps on for 1.0-1.6 sec:
after the short circuit. After this time, the amplification of
the excitation has a negative effect. The greater the inertia
constant of the unit is, the greater and longer-lasting will be
the positive effect of the excitation amplification, and vice
versa- 3) The residual voltages rather vary like the short-
circuit current- 4) The errors due to a disregard of speed
variations depend on the time- 5) The duration of the transition
processes is mainly determined by the inertia constant of the
urlit and not by the'decay constant of the electromagnetic pro-
cebses. In most generators, the stabilization of operation oc-
curs 2.5-3-5 see after the short circuit. 6) Remote short cir-
cuitB are also accompanied - if there is no amplification of
the excitation - by a reduction of the number of revolutions,
but this reduction is unimportant. 7) Due to their great inertia,
Card 3/4 the speed governors exert nearly no influence on the transition

SOV/105-59-5-10/29
Calculating Short-circuit Currents in Consideration of the Characteristics of
Rural Electric Power Plants
process for a time corresponding to the running time of the
relay protection, The results of the theoretical investiga-
tions were confirmed by tests. The experiments were carried out
at the Gorbovskaya GES (Gorbm Hydroelectric Power Station),
Moscow oblast', with a capacity of twice 250 kva, and at the
Moskovskiy institut mekhanizataii i elektrifikatsii sel'skogo
khozyaystva (Moscow Institute of the Mechanization and Electrifi-,
cation of Agriculture). There are 8 figures and 11 Soviet ref-
erences.
SUBMITTEDz May 26, 1958
Card 4/4

KORSHMIOV, 'k.p., inzil.
Protecting electric motors by reducing atarting currout.
Makh.i alek. cots. eel I khoz. 17 no.5:45 159.
(14111 1;":1L\)
I
1. Giprosellelektro. . N
(Electric motors)

KORSHUNOV, A.P. , inzh,
Ualculating the suction capacity f hydraulic transporation,
ela 5039'~ 160. (MM 25:1)
unit. Vauch.soob.In;t.gor.d
(Hydraulic conveying)

FETIRMARK, M.M., inzh.; RBIN, L.re., doktor tekhn.nauk, LSVIN, H.S., kand.
tekhn.nauk, ZULI, N.M., kand.tekhn.nank. SOLUTSEV, Y.M., inzh.,
KCQ3~HUN . A. P.,Aj~zh.
epd thie rhead networks*
to
elIS Ym. mt~~ ~;%Vn 6 and 110 kv. ova WRA 13:12)
1. UGPI "Tyazhpromelektroproyekt" (for Fejermark). 2. Toesoyuznyy
nauchno-isaledovateltakiy institut slaktrifikataii sel'skogo khozyay-
stva (for Ebin# Levin, ZulQ- 3. Giprosellelaktro (for Solntsev,
Korshunov).
(Electric power distribution)
(Electric currents--Grounding)

-' KORSRUMV, A.F., iazh.; SOLWSZV, V.M., inzh.
Designing of efficient power lines with 6 to 10 kilovolt
rating for the electrification of villages. Slek.sta.
31 no.4:71-76 Ap 160. (MIRA 13:7)
(Electric lines--Overhead)
(Rurai electrification)
5 - _.

KORSHUNOV, A. P.
Cand Tech Sci - (diss) "Design of short-circuit currents taking
into consideration.,.- features of rural. electric stations." Mos-
cow, 1961. 17 pp; (Moscow Order of Lenin Agricultural Academy
imeni K. A. Timiryazev); 200 copies; price not given; (KL, 7-61
sup, 238)

KORSHUNOV A.P.F inzb.
Calculation of the auction qualities of a. hydraulic transportation
unit. Trudy Imt, gor. dela 5139-44 160. (MMA 14:5)
(Hydraulic conveyino)

KORSHUNGV
, A.F.., inzh.
My anBwer to I.I.Tunkevichus. Elek.sta. 32 no.4 :95 Ap 161. 14:7)
(MRA
(Electric power distribution)

KORSHUNOV,--A,I?, inzh.; KIRILLOV, M.I., inzh.; BULITKO, A.D., inzh.;
DERYUGA, F.F., inzh.
Concerning A.D.Bulitko and F.F.Deriugin's article "Exposed fuses
in the high-voltage section of step-down substations." Elek.sta.
32 no.6:91-95 Je 161. (KIRA 14:8)
(Electric substations) (Bulitko, A.D.) (Deriugin, F.F.)

KORSHUNOV., A.P.,-kand.tekhn.nauk
Design of efficient grounding devices for =al electric power
distribution networks. Elek. sta. 33 no.8t54-58 Ag 162.
(AURA 15t8)
(Rural electrification) (Blectric power distribution)

KORSHUNOV.4 A.P.; TKAGMKO, F.F.
Method for equalixing pressures in the interconical space of
cupola furnaces. Prom. enarg. 17 no.918 S 162. NIRA 15:8)
(Cupola furnaces)

KCRSHUNOV A.P. kand.tekhnonauk
X--t~
Some shortcomings of grounding the neutral line in rural electric
power distribution networka. 14ekh.i elek.sots.sellkhoz. 20
no.4:45-47 162. OURA 15:8)
1. VsesoyuzyWy gosuda-rstvennyy institut po, proyektirovaniyu
elektrifikataii sel'skogo khozyaystva,
(Rural electrification)

KORSHUNOV, , A.P., kand. tekhn. nauk
- - - -.1 1. 1------- -. .
X-ray properties of finely dispersed hydraulic mixtures of some
ores. Nauch. soob. IGD 20:129-136 163. (MRA 16:10)
(Hydraulic conveying) (Particle size determination)

KORSHUNOV A P kand. tekhn, nauk
Use of aluminum wires in rural 35 k7. power distribution
networks with wooden poles. Energetik 11 no.3-4-5 Mr 163.
(MIRA 16:4)
(Rural electrification)
(Electric lines-Overhead)

KORSHUNOVI A,P,, kand. tekhn. nauk
Calculation of the haulage capacity of a b7draulic oonveying
Bystems Goro zhur. no.1006-39 0 163. (MIRA 16::1)
1. Institut gornogo dela. im. Skochinskogog Mosk7a.

KORSHUNDIVS A.Po. karid.tekha.mak
Author Is reply. Liek. sta. 34 no.8:88-89 Ag 163. (ffRA 16:1,1)

SMOLDBEV) A.Ye.; KORSHUINOV, A.F.
Hydraulic conveying of ores and concentrates. Gor.zhur. no.12:49-
51 D 164. (MIRA 18:1)
1. Institut gornogo dela i-m. A.A.Skochln3kogo.

SUDOFLATOV, A.P., p-of., doktor zekhn.nauk; NILOVSEY, V.A., inzh.;
, , _ n * , 1, -, -:, - '-
, H 7 r
.jV' A . P. , d - I -rC
.Kof~l
KOICCHEVICH, P.M., prcf.; I r. I I Ja: . '-s e: --a -, K
Review of the book "Coal extracting aggregat,--s and comp"Lexe,3."
Ugcl' 39 no.11:79 N t&4& (MI&A. :18:2)

KORSHUNOV, A.P., kand. tekhn. nauk
Problems in the hydraulic pressure transportation of Nnely
comminuted coal. Ugol' 40 no.8;42-43 Ag 165. (MIRA 18;8)
1. Institut gornogo dela im. A.A-Skochinskogo.

,. 1'.1- R,- . . ,
.,. 1 1. 1 "%;'. I.t;, -
- . .". , . 1.
I . .-
. . I., r),,' em crop-mlical vizc~ f~wr grounrlint,, devices. Energetik 13
.1 1 r- 1. f) 1~.r
I 'it" "",+ )o (MIRA 18:10)

SMOI.DYREV,, A.Ye.; KORSBUNOV, A*P.
Hydraulic methods for the recovery of minerals from below
lake and sea bottoms. Fiz.-tekh. probl. razrab. pal. iskop.
no,4tll2-117 165. (MIRA 19:1)
1. Institut gornogo dela Imoni Skochinakogo, Moskva. Submitted
April 3. 1965.

L 27951-66 SOURCE CODE: UR/0105/66/000/001/0010/00312
ACC NR; AP6017705
AUTHOR: Korshunoy A. P. (Candidate of technical sciences; Moscow)
ORG: none
TITLE: Prospective system of voltages for electrical supply of rural regions
SOURCE: Elektrichestvo, no. 1, 1966, lo-12
TOPIC TAGS: electric power transmission$ power supply
ABSTRACT: In order to ca!6Ulntd a qYstc.*n,_of supply voltages for rural
,arca electric transmission systems witbout the assumptions and limitations
usually placed upon such idealized-calculation systems, the author selected
difforing in load and number of transformer points per
~six zones of the =R
;unit area and in each area sought out a characteristic territox7 encompassing
'four-six 35--to-10ky substations and planned three variants of electrical
supply systems, based on: 110/35/10/0.4 kV; 110/35/0.4 kv and 14/20/0-4 kV#
'In the various areas, different systems were found to be most economical@
In one area, all three eyetams were equally oxponsivos considering initial
I'datae In consideration of ra-construction costsj the 2D/0.4 kv system was
,most economIcal in all areas. The 33/0.4 kv system was never the. mast economical
variant, although"'it'-w--a-a-s-'e*c'-6ficf-fti66t'-di~6iioide'al In"one region".- 'Oiig- art. figs:
2 tables. [JPRS3
SUB CODE: 10 -SUBM DATE: l8may65
Card UDC: 621.311.1

Alff
AP o16785 SOURCE CODE: UR/0415/65/000/004/01.12/011T
AUTHOR:. Smoldyrev, A. Ye-.; Korshunov, A. P.
ORG: Mining Institute im. A. A. Skochinskiy Mosco (Institut gornogo dela)
JITLE: Hydraulic systems for mining minerals from lake and ocean bottoms
'SOURCE: Fiziko-tekhnicheskiye problemy razrabotki poleznykh iskopayemykh, no. 4,
ii.965, 112-117
TOPIC TAGS: hydraulic equipment, mining machinery
ABSTRACT: Data are given on the rich mineral deposits of the Pacific Ocean and other
large bodies of water. The authors recommend that a series of impprtant physico-
technical and technological problems be solved before effective methods can be develop
ed for utilizing ocean, sea and lake mineral deposits. These a-re: determining the
iphysical and mechanical properties of loose sapropel; determining the technological
1parameters of specific ridning machines in breaking up the deposits at various depths;
determining the technological parameters of hydi
-auiic transport for various raw mater-
ials with respect to economy; the i3oluticii of operational and technical requirements
ensuring reliable function of floating equipment, underwater pipelines, booster piunp-
ing stationr~ and other equipment; maintaining mining operations at extreme depths and
under stormy conditionn. bake and off-shore organic and mineral deposits should be
Card 1/2 uDc: 622
ACC NRt Ap6oi6785 idered with respect to these problems. The most promising mining
the first to be cons products from underwater deposits are hydropneumatic
and transporting systems for raw along with powerful scrapers and mechanical dredges
and combination hydraulic units s, 4 tables.
equipped with pumping units. Orig. art. has: 3 figure
SUBM DATE* 03Apr65/ ORIG REF: 006/ OTH REF: 003
UB CODE: 13, ON
,-.A 2/2 M

~4 0 a 0 a 0 0
11 11 It 11 Is 11 a a 14 It 14 17 a A it u U I. it 6 Gj *1 'A r
A. jis, 1A &I 'A'A - A_ 1. a a It, 6 A I IV, CA I AA 16 (A 99 it
4 , .. III
Low frequency Kettering spectra [a p-, m- sndo-dllc,,~-
00
of
99 a
go 43
a
benzenes. It. F. G ross and A. ~'_KK9
wnuv, Compt.
.
revid.atad. ci.V.R.S.S.24.32i~31(11WW)l ,!a Inililh)-
The new type of scattering spectrum observed in cry4talN
'4 org. substances is probably due to the int~Tmol. %ibr-4-
tions, transUtional and angular. within the cryst Lattice.
.
0
A true test of the theory seems possible only by the cvtta- 0
larijon of the spectre of substances havinS the same strue- .4.0
iure but coats. different Isotopes but an approach to the
solution of the problem is made with m- (L1) and a- see
(111) C4H.I,. which have the same truss but different struc. A =$I 0
turn and consequertly different moments of inertia. The
efyst.lattices #0 1 and H are known to be clascly rviat-J.
that of 1U, less completely known, Is similar. The low-
frequency Raman lines in cm.-I, obtained with muno.
crystals at room temp. with the Ultraviolet portion of the
spectrum absorbed by 10% N&NO, in HtO are: 1 G;41 0
115- U 24 79 101- M 23, 40, 74, MO, RX), 127. The
~
i
l
i
i;~
(
& f
i
t
3
l
~
'Z
a
r,
o, the
a
nt4
e
cnt
n
uenc
ts
compds.
s exp
as due to the fact that all 3 have the same mass, i. e., they :;(PO
are the irsod-tionall vilmstions of the w1w1v molq. in the
crystal lattice. The moncuincidrnee of the other lines
should then possibly be put down to the anguLir vibratiotii
of the whole mols. )&net It. Au4tiu
At- U
StlattUR KAL LIMA' f CLASSIFICAtICU
U TS AV go It if M 5 a a
IP rN K it It it I;
0 0 0 0 0 0 0 0
0 40 0 0 0 * a 0 000 00 910 0 0 6 0 0 0 0 0 0

9
00
0 0000 go
! 9
0 9
0 ji
11 1 4 It It it W
y ?I P U tj U 0 0
11 At N 3% 14 :
0 0 11 "
a
t, r Q A I 1 4 1 r
V -1 M ft tt
V a 1-TIA1
00
00
go _410
00 40

so
vth~ of Wfibew" to W"W latum of Wir"W ~-410

0o 4111111 1 L Ufa" and A. 1113101.
3
!Ww
Pa -410

-
X-462).-
hLm
Oto 10. 3
p
410
~
lee 6 exists betweea tbe Intessity of the km-r scatteritilt sMtwum md
lee the Optical anisotropy of a substance. The low-fivquency spoct~mrn 0
is rive to tandatiodall and ratittiona) vibrations of the mol. as a
h
l
h
I
f
h
ill, 0
o0 w
e
o
e.
n Or4a to coop " the char"Art o
t
e vibratigns in t M

0 VFY%W Wilk" of org. Of the SAWA 111,411,11 but Of 4001VOt V,
o.
w-
structum and
of different mornents of inertia
boact
and
00 .
,
.
.
,
P-C.1111tie have been examined. AU have Intesise, low-frequency All 0

00
j watWeing spectra. that of o-C.1141, being richer 4.1inas than those
_ _

'
,
of as * and 'o-C."J.-
Although a change in the moment of inerba
go "f the mol. chang" the spectrum of the ctystal. no quaint. candusions
van be drawn from the compadwa
The daft * dilicuoOK in J!, 0

00 .
rotation to date tot utheir d"WCv*&ted bect"aft- (cf. A.. JJ1117. 1. all, 0
09 293 anti subsequently; cf. also Voice, A.. 1037, 1. sit. 4971.
C.

em 0

`00 1 till 0
1 0 ,td(to

(I N Or or .1 it a K le x Ho n t Y4
0 0 0 00 0 0 000 0 0 0 0 060 111, 0 0 10 0 0,000 go 0 0 0 0 0 0 111 0 0 0 0 0 0.
0 00 0 0 0 0 0 00 0 0 0 0000 0 0 0 00 04 0 * 0 0 0 0 0 0 Z 0 0 0 0 0 0 0 0 A
I j

b=tra,ltuaac~ Rmn ap"s of crystitla of dw Motlo
h . Uwa~s, A. V. Korhunov. Anti V. A
SeMn (Uminw State Unic),.-Mr~-RAJ~"
, !. TsM'(-
Fie. 20, 24-1109W.-In ~ohd P-C411401. P-C. fa;rl- f'-
C4H4BK,I, and p-Cillalt, PI l4quare of the evere4londinX
jaw.(frquency kxmstn Villglition,t) J% juvrtwly pr(44nional
~O the mat. moment ni inertia; conwrltututly, thec
lyiectra are dm to interlool. rowitm- in the IjUk,
,%*cw detna. for diiAolmuwir gAve the frequencies (in-
'9,utitir~ no a P? wk in jwrnt hrwt) -. P-CJ 1.1 s. I L (21.
150), 34M. 97(h). 3713,. 4VO). WIM; W-C611.1,
',400), W3). 46(l), Mill), V16). 11013), 11010);
fi-CM411, 0111), 25M, 34(l). 450J. fil)(0). 74ts). MV(21
71W lwrvkmel ril"Orl"I lkw;a Col. - - in P-Will, lwlall'
Arlualli, 0 2 Ittoo, 21 iind V, pularlaril clifft-rrntly. Tht-
ff,equeuty of W cm.-, whwh ot-Oult Mvp ill ifyit, P.
e4H.Cl%, P-CdUft, and p-C4lIjUrCl, apiwafs to lie due to
rotation around the axis runnitic through the 2 h4logen
atom. The lirw 115 of p-, and 101 of m-C.Jij,. -r
found aWo in the liquids and Are. rons~qwntty, line to
intrumol.vilwAtuts. The tAffW ItIlplit, to the fm~jucncw,
IM a nd above, In a-12,111,1i. A 4Nlmixtri-xi M the fre-
quoicks prom to the rry'lak i4 J)DWIle-S'al lhV3 cotulltic
art not i,"narphw,. N. Tkou

A
KORS 01*V) .. V.
11-~-R/rhysicc - Co:7ibinati-n Scatf.,Exirg 3';ect.r.1 Arr 47C
J . J .
11-pectra of Combination Scatt-ring of Small Frequencies in Fara-, Meta-, ard Ortho-
Diiodobenzene Crystals," Ye. F. Gross, A. V. KorsImnov., V. A. Sellkir, Leningrad Stnte
up 4 rop
"Zhur EksFer i Teoret FizII Vol Xx, No 4
Frobl,~,ms ercountcxed in dynamics, or moi.cicular cryntallic we cors-idered
best studied by method of combination srectra. Introdiuces exT-rtrlmental results in
study of subject 5Fectra. Trible ~7ives freq 'uency (in cm-1) versus irtensity of line
for subject chemicals. Submitted 15 Dec 49.
PA 159T99

a4
Rams spews 8"M4167 Of 00=0 Cqgt&U WM
the t!!"Al 9v (Leniagriul StAte
UQ":!)"4Y.'kmA4PY C. 741.091-40950). - -
Caseful redeta. revealed I) Ems in the luts-frequeucy range
of Ralliull (4 CA, of OW It'llowills mullotlihm.
VIYU11:61% '41 1. 2 "". IWI CktuentAry tvil:
'IIKMR . 1 50), 17m. X.800), 'Mill,
A U). t.700). (I U(I). 03(t,01-c"114114cl,
7(2). 13(2). 22.400) Z'(2). 43.2(li)). 4 1 , 44,7( IM.
940). p-CJI.Ht.. OM l2i2). 2tmoo)' :m(2).
40001. 37A(IM, NA(IM. 08(1~. WIG). Thr 0 fitics ate
tlw Islas. 1141.14 thle$ pmoble Act,4111"I to Polo's OwtKy.
The sattle Ilveralcut k ('-olld let the k'W-(tVfjllVlWY RAIIIAll
:=oil% of CJfe (immofithous with the furegliod). which
the lines 10(2). 11)(2). V(3). 40(7). 470), 720(f).
,80(j). IMM, 122(a). In Wisilogy with the R"1411111clit
of the Hite tK1 cm. -0 (C.A. 40. W-M). the wraimr but equally
brodd title around 770cm. - 1, *U-h relwats itself In All at thew
SPCCtFA, I% "ailled to 111014001141 OWMA(1011 Of 010111. Aft)(Jild
an axis VAuing tbxwgh the balogen atom. One of thew 2
Ems L% due to asciMitions in one pham. the other in the op.
poeite phase. Thus. 6 out of the 9 frequencies are due to
rOtAtkmial uscillAtions o( the mols. in the Wtice. *17he re-
InAinifte 3 Una, 0t lower Intensity, corresponding to tratts-
LackmAl owillatlosis. "d fu4bidden by the stlectlon rules
established fair this space group by Ohagavantam I C.A. 36.
350) and dw dedyed by Roumt (C.A. 38, must
represent all inlracl~m of the ork-clion rules due to the nois.
kleahly dif I be aystal hillices. 'N. Thom
1.4