SCIENTIFIC ABSTRACT KHEYFITS, L.A. - KHEYKER, D.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000722010013-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2001
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


GURA, Yu.; KI
OdorcruB substances from alkyl phenols. Part 5: SYnthesis of
odorous substances from the condensation products of tetra-
methylethylene with 3.4.- and 3,5-xylenols. Zhur. ob. khim.
34 no.9 3068-3071 S 164. (MIRA 17:11)
1. Vsesoyuznyy nauchno-issledovatellskiy institut sintetiches-
kikh i naturalinykh dushistykh veshchestv.

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PODBEREZINAp A.5,; KHEYFITS L.A,
Synthesis of odorous substances from alkylphenols. Part 7: Anomalous
alkylation of phenol with 2-ethyl-l-hexene in the presence of
aluminum phenolate. Zhur.org.khim. I no.2t283-286 F 165.
(MIRA 18:4)
1. Vf;esoyuznyy nauchno-isaledoVatel'skiy institut sintetichoskikh
i naturallnykh dushistykh veshchestv.
I

@-Orpane phen6lao Part At Condensation products of dihydro
d7clopentadi4na'with o- and p-cresols and tho furtber trane-
for%Wtions of cond.enaltion products. Zhur, org. khim. I no.8t
1)84-1388 Ag 165. (M.,MA 18,11)
1. Vaesoyuznyy nauchno-iseledovateltakly tnatitut sintetlobse kikh
i n&tural'nykhduehlatykh vashchestv,

BOBROVSK&YA..O.D., kandidat maditsinskikh nauk; IM17ITS. L.D.
Diffuse growth of anosous tissue in the skull. Trach.delo no.2:
193-194 p 156. (MLVA 997)
1. Kafedm nervaykh bolouney (zaved%Wushchly deyetvitellwy chlen
AHIVSSSR BoII.X&n'kqv9kLy) Kiyevokogo neditainakogo Insituta.
(PXULL--ABNORMIP M" AD DOORNIT M j
(Ml--DISXASIS AND CTS)
(PUYOTT.T.

L" 11549-66
ACC NRt
SOURCE CODE: UR/0105/65/()00/001/0090/0090.
AUTHOR: Alekaandrov, B. K.; Dorman,, Be A.; Drozdov, K. G.; Dubinokiy, L. A.;
zalosskiy, - ko,..,He_;_ Kim"e'n-a-ffy-p Me Do; Koz1ov, M Do; Usovskiy, Go So;. Sineloboyp K* So;
Trebulev, P. V.; Uspenokiy, Be S.;.Meyfitg, D.; Shvetsov, X. A.
ORG: none
TITIZ: 'Nikolay Nikolayevich Krachkovskiy
SOURCE: Elektrichestvol, no. 1, 196% 90 /B
TOPIC TAGS: electric power engineering, electric engineering pqrsonnel
ABSTRACT:' ' Brief bi;grapby or s4ojecv, a senior scientific aiksockate of,
'the Institute of Power Enginnering AS USSR, on th'o.-oiecasioa of his 75th
birthday on 16 Dec 64o He was graduated from the Leningrad Polytecbnical'
Institute in 1916. Worked for & number of years In the planning, survey-
ing, construction and.operation of the first UY.tranAmission lines knd
substationso From 1922 to 1926, participated in the 'lanning and ciojistruc-.
@ p
tion, of the first Soyiet hydro@lectric station (volkov GES im. Lenin) and.
110 kv transmission line# In 1927-1932 do igned transmission lines ait
the GET (State Electrical Engineering Trust and the Leningrad brahch of
Dueprostroy. Chief of electric pover and-transmission section at,Svord--
lovsk, Volgontroy &nd Leningrad Shorgoprayekt (1932-1938), simultaneously
studied 100-cycle.e.urr9at.for AS USSR And. participated i.u p.lanning the
Kuybyshev GES- Moicow -tranemissic'n, line..Worked at leningrad.Gidrop3F4ikt* until
1947, and at Moscow Gidronergoproyekt until 1955, Among the first to propose

L 11549-66
ACC NRI AP6005027
converting the Kuybyshev - Moscow line from 400 to 500 kv# An ardent advocate of
d-e for RV and EHV transmission# Authored over 75 scientific and technical article3j
and two inventions* Awarded the Order 61 the Red Banner of Iabor and other
-7
decorations* Orig, arte hast I figure 9m 7
SUB CODE: 09 SU33H DATEs. none
2/2

SOV/112-57-9 18544.
Tvtnslation frorq: Referativnyy zhurnalo Elektrotekhnika, 1957, Nr 9, p 62 (USSIR)
AUTHOP,: Kheyfite M E'
TITLE: Standard Stepdown Substations for Hydroelectric Construction Sites
(Tipovyye ponizitel'nyye pedstantaii.dlya stroitel'stva gidroelektrostantsiy)
PERIODICAL:- Sb..: Vopr. elektroanabzheniya str-v gidroelektrostantsiy, M.-L.
1956, pp 41-61.
APSTRACT: A series of standixrd designs for stationary and mobile no/6, 3.516,
and 6/0.4 kv substations hi'described, as developed by Gidroenergoproyekt.
Stationary 110/67and.35/6-kv substations include only Ior 2 transformerst
The 110-kv substations' ar'ei supplied from either it through-going line or spur
-proiride -at.the station for outgoing lines At the
line and 1 or - Z, bays are sub
35-kv substation' facilities for- @cofi acting 3-4transmission lines are pr
nA g, qvided
Considering,that a substation ata hydroelectric -development construction site.
has a service life of 5 year's or@ less, no circuit breakers are provided for the
110- and 35.-kv circuits or the.6-kv side'of the main transformers; disconnect-
ing switches are ornitted in lightning arrester circui!9 and storage batteries
Card 1/3

VIETIR, A.V.1 HVICRASOT, A.M.; SYROKYATNIKOV, I.A.1 YOUNSINSKIT, A.K.;
YASILIHKOI P.I.-, IAUPKAII# P.P.; TIWAN, I.A.; VINOGRADOV, H.P.;
ARTOSHIM, N.N.; ALIKSANDROV# B.K.; USPBNSKIY, B.S.; KUSSON, X.R,;
MMUITS, 9 a p - SKIY, T.F.; IRAOHKOVSXIY, N.N.; POPOV, P.A.;
GHILIDZI. I.M.; FILAWOV, S.N.; XOZLOV, M.D.-, BIRLIN, V.Ts.;
SARADZKCV, A.Kh.; GORDUYIVICH, I.S.; PAZ, V.P.1 DOBYKAN. S.K.;
DUBINS117, L.A.; ULIYANOV,. S.A.; GRUDINSKIY, P.G.; IMHINSKIY, N.N.;
IRMOMMO. V.M.
Mikhail Mikhailovich Karpoy. Ilsk,.ata. 27 no-10-62 0 156. (MM 9:12)
(Xorpov, Mikhail Mikhailovich, d.1956)

DY03KIN, lazart Illich; MWITSO K.E., red.,- FRIDKIII, A.H., tekbn,red.
(New arrangements of 6-110 kv* closed difstribution devices and
35-400 kv open distribution devices] Novye komponovki zalzr7tykh
raspredelitelluvkh ustroistv"6 - 110 kv. i otkrytvlcb raspredeli-
tellnykh ustroistv 35- 400 kv, Moskva, Goo, energ. tzd-%,o,
195?. ?0 P, - (HIRA 11:4)
(Bleotric-power distribution)

X2
KHXUITS'@ 14.11., inzheneri 'redaktor; DIMKOV, Te.D., redaktor; YltIDKIN, A.M.,
10- icheskiy redaktor.
(New developmentO In designing electric elements for hydroelectric
power stations; papers given at a conference on design and operation]
Novoe v proektirovanit elektricheskoi chasti gidroolektrostantaii;
materialy soveshchRnlia. Pod obahchel red.M.E.Kheifitea. Koskya,
Goo.energ.izd-vo, 1957. 222 p. (MIRA 10:11)
1,,.Soveahchaniye po proyaktiroyaniyu i ekspluatateii. Moscow, 1956.
(Hydroelectric power stations)

LISOVSX1Y. G.S., inzh.; USPENMY, B.Se, dots. ;..jq1XY]FIT,S,,
BYROYBZHIN, M.I., inzh. .
On the article 'Arrangement of the main step-up transformere in hydro-
t-o44 taU - Blek, B.tao 30 no*3:91-93 Mr 159,
A-P, I :p6wer statioue.11
(MIRA 12:5)
Ollectric transformers)

-----------
UMANSEIrl- Borie-Zinoviyovichl.,PDXHi~:11!yi( YOU61&01@@ "molis 3-14"
iiih d -- - 6 - -'- '-
Aoiidii :red.
p, re q IARI N 'GA6'
[Electric power oupp for U6 bohatruction 6f large hydro-
electria power plant@o Elektroombihenie strbitelletva, krup-
mykh gidroelektrostaAtaii. -Fod red4- M.E.Kheifitea. Moskvag
Goa. energ. izd-vot 19,6;. 271-p* NIM 14:9)
.(Hydroelectric power stations-Desiga'and construction)
.(Electric power distribution)

KAKUYEVITSKI, L.I.; KRUPITSKIY.. A.Yu.; WOV.. A.D. j KHETFITS,
i,ny-,h. .red.; IIIKOLAYEVA,. M.I., red.; BORMOVI-W.-L-vfik-@.-red.
(14anwa on relayo vo,ed in electric protection and automatic
control systemsj Spravochnik rele zashchity i avtomatiki. Pod
red. M.E.Kheifitsa. Y-oakvn) Gosenergoizdatp 1962. 190 ps

GREYSUKH, M.V.; YERMILOV., A.A.; ZALESSKIY, Yu.Ye.; KAZYMOV,, A.A.;
KATSEVICH, L.S.; KIRPAq I.I.; KIREYEV,.M.I.; KNYAZEVSKIY,
B.A.; KOFMANj, K.D.; KRZHAV.ANIK,, L.V.; KUZNETSOV, P.V.;
MOfDZOVO K.S.; HAKOVICH9 I.I.; UABOV, M.S.; SVENCHANSKIY,
A.D.; SOKOLOV9 M.M.; SYCHEV9 L.I.; TVERDIN, L.M;; KHM-ITSI
M.,E; SHULDOV, Ye.V.; EPSHTEYN, LM.,- SHCHEWL KOV, Ye.f.;
TSAFENKO, Ye.F.,- FEDOROV, A.A., glav. red.; SERBINOVSKIY, G.V.,
red.; BOLISHAM f Ya.M., red.; BRANDENBURGSKAYA, E.Ya., red.;
TVERDIN, L.M., red.; FRIDKIN, L.M., tekhn. red.
(Handbook for power engineers of industrial enterprises in
four volumes) Spravochnik energetika promyshlennykh pred-
priiatii v chetyrekh tomakh. Moskyap Gosenerjoizdat. .
Vol*2. [Electria-power supply (conclusion), use ofelectric
power and electrical equipq1ent in some branches of industry]
Elekt'roanabzhenie (okonchanie), priamniki elektroenergii i
elektrooboradovanie nekotorykh otraslei promyshlennosti. Pod
obshchei red. A.A.Fadorova (glav. red.), G.V.Serbinogskogo i.
IA.M.Bollshama. 1963. 880 p. (MIRA 16:7)
(Power engineering-Handbookas manualas etc.)
(Electriopower distribution)

-- -- -------
LI.SOVSKIY, Grigorly Semenovicb; UYIANSKIY, Boris ZinovIyevich;
USPENSKIY, Boris Serzeyevich; X=LFma-@11
Emmanuilovich; SHUMILOVSKAYA, I.P.j. red.
[Electrical section of hydroelectric power stations;
principal schematics of electrical connections)
Blektricheskaia chast' gidroelektrostantaii; glavnye
s"emy elektricheskikh soedinenii. Moskva,, Energiia,
1965. 367 p. (MIRA 16-.7)

L 9828-66
edA(h)
ACC NR, AP6003970 SOURCE CODE: W&O4/65AM/065/0093 '3
AUTHOR: Sarkisov. M. A,; Rokot-wnn, S. S..: Usrenskiy. B. S.; �harov, A. N.:
Zhitlin, I.J.; Fedosey2y Koroley...M. A Yermolonko. V. M.j
.4 A. M., .; Khe@K-Jjn,
Petrov 6. Ya.: Azarlyev, D. I.; KrikunchikIA-DO; kov, 1. Py; SiizoDov. V. Ll
Khvo3hchtnWq-Ya, Z* *; Kartsev, V.-L@; Smelyanskaya. D. XA ; Kozhin. A. N.;
Losev@ S. B.; Dorodnova.- N.; -Rubinchik, V. As; "hirtigy. E. Ep; -AWMn.- At A 9-
ORG: none .50
TITLE: Abram Borisovich Chernin
SOURCE: Elektricheskiye stantsiip no- 5, 19652 93
TOPIC TAGS: electric engineering, electric engineering personnel
ABSTRACT: An engineer since 1929, A. B. Chernin hp worked for years in developing
now techniques and equipment for relay protection9f electric power systems. In
this 60th birthday tributc, he is credited with leading the group which produced
the directives on relay protection# contributing to the development of a method for
calculating transient processes in long distance 400-500 kv power transmission lineE
and with aiding in planning of the electric portions of power stations, substations
and power systems. The results of his engineering and scientific work have been
published 46 times'p he is a doctor of technical aciences (since 196A and has
taught for 30 yeara at the Moscow Power Institute, Orig. art. haat 1 figures
SUB CODES 09 / SUEN UTE: now
H UJ
wd IA

IR
ACC NR, A1,700595 SOURCE CODE: UR/0104/66/OoO/008/0095/0096
AUTHORS Chupraltov, N. M.; Borovoy, A. A.; Postnikov, N. A.; Mhlychov, A. A.;
Yngldson,_E&@@.t. SInIchugov, F. L; Zcylldzon, Yo. D.; Barchaninov, G.'S.;
`
Yerni
of@ii@o, V. M.; Vasil'yov, A. A.; tokolov, 11. 1.; Ulfyanov, A. S.;
Fedosayev, A. M.1, SArklaov, M. A.; Rokotyan, S. S.: Azarlyev, D. I.," Aroons
G. S.; Dubinzkly, L. A.; Zhulin, 1. V.; Nolpakova, A. I.; Antoshin, N. N.
.1. D.; Proobrazhonakly, N. Ye.; Rout, H. A.;
KrLkunchik, A. B.; Kuchkin, I
Kheyfits M E , Sharov, A. N.; Yakub, Yu. A.; Corbunov, N. I.; ShurmukhIng
A. A.
ORGt none
TITLE'- Borls.Sargeyovich Uspenskly (on his 60th birthday)
SCURCEI Claktrichaskiya stantsilt,no, 8v 19669@95-96
TOPIC TAGS, hydroelectric powar plant, alactria engineering po"onn*l.
SUB CODES 10
ABSTRACTS B. S. Usponskiy was bom In Juno 1906. He graduated from
the State Electric MEnchino BuildinZ Institute in 1928 as an,olcctrIc
'
in
scallation onGinuor. He worked in the State Electro-Technical Trust
for four years, then In the All-U@alon* ElactroTachnical Union, where he
plannedpowcr construction unLtso Plans which he made up at that time
for the electrical portion of olactrical'stations and sub-stations are
still being used. He was Invovled
ln-plannkng and installation of the
.
electrical portion of hydro-olactric,power stationa and powerful pumping
stations in the Foscow-Volga CanaL auring the war, he was In charge in
Installation of the Kraonogroakaya Heat and Electric Power Station, the
planning of the Urals Hydro-Elactric Powor Station and other projects. He
rd
Lco

4Z@IYIVYI@' 123
LITTINOVO Vaoilly,Samenovich;"ITITS, NJ., insh., red.-, BASHILOT,
V.I., red.; LR3AWA#L.T.TTeIM-.re-d-.
(Electric power supply to the construction operations of the
Kakhovka Hydroelectric Power Station) Blektrosnabshenie
.stroitalletva Kelehovskoi g1droelektrostentaii. Moskva, Orgenergo-
stroi,.1960. 57 p. . (mIm 14:2)
(Kakhovka Hydroelectric Power Station)
(Ilootricity in building)

KOMOV, S.A., - inzhoner; RATOMODS11Y, I.K., inzhener; MYTITS, N.M., inshanar.
Timber ec.onowy for 3-10 kilovolt netvorks. Alak.sta. 24 no.4:48-50 Ap '53e,
(Blectric lines-Poles)-

KHETFITSO M.P.
Unusual case of giant hydronaphrools. Urologlia 24 no.2:61 Kr-Ap
159. (KMA 12.-12)
1. Iz gospitalluo7 khirurgicheekoy kliulki (zar. - prof. G.N, Lukl-
yanov) na baze Kmenodarskoy krayevoy klinichaskoy bolluits7.
(NMOIMPHROSIS, case reports,
giant case (Ru))

KHEYFITS2 S. U., Engineer
"Improvement of Sanitary Conditions for Work in MineW Sub 20 Mar
47, Moscow Mining Inst imeni I* Stalin
Dissertations presented for degrees In science and engineering
in Moscow in 1947
Sot Sum No. 457., 18 Apr 55

@Xl
SPITA-KOVSKIY,.A.O..,- 1@rofeseor-i' doktdk itikhzii6heekikh nauk; lisit?XV, NZY.
S
kandidat:t9khAiche Ifio. nELuk,: redaktori KEUIFIT .STq'j'redaktor;
9
BOIJ)YRZVAI, Z.A., tekhnichaskly redaktor'
[mine transportation] Rudnicbrqi transport. Moskva, Uglatekbizdat.
1949. 475 P.'Cmicrofilml (MLRA 8:9)
1. Chlen-korrespondent, Akademii nank SSSR(for Spivakov'skiy)
(Mine liaulage)

SKOCHINSM. A.A,; OGIYEVSKff, V*N.,- KHEYPITS. S.Ta., otvetatyanW
redaktor; GRISHAYMOl M.1.0 rev"r,"Mmm, G.G.,
takhnichookly rodaktor; ALABOTA, Tor., toMulchookly rodaktor
[Mine fires] RudniobtTe poshaa7. rsd. 2., parer. I dop. RoAva.,
Uglatekhixdat, 1954. 387 P, (MLRA 7:10)
(Mine fires)

f:IIYYITSo S.Ta, 41T MT IMIMOV, A.D. kandidat takhnichaskikh nauk.
Dust formation In coal preparation plants and characteristics of
dust.control .,iAhodsf Nsuch. trudy NG1 no.16-89-" 155 [cover@1561.
(coal Ui-j'j-'L'ation) (Dust_.-Removal) (KM 10-4)
k-At-g-1 tyr-g-
v
Sol=
x

FITS Semen Yakovlevich; PROMM, D.Ya.. dotsent, reteenzent;
redaktor; ORISHATIRZO, H.I., redaktor: ALADJVA,
Ye.i., takhnicbestly redaktor; ANDRIffIff, G.'G., tekhnieheakiy
redaktor.
.[Safety engineering In coal mines and open pits] Takhnika
besopasnouti v ugollnykh shakhtakb I karlerakh. Izd. 2-oe,
perer. I dop. Mo9kva,.Uglatekbizdat, 1955 , 375 P. [Microfilm]
(Coal mines and mining--Safety measures)(KLRA 9:1)

PRAVUMO, DmOrly Takeyleviah; redaktor; OIRRIKIIMO,
196 A
T.Ai, redaktor; ALAWA,@Te.l. , I-aTchaskly rodaktor,
(Mine ventilation,, mine lighting, fighting mine fires, mine rescue
work] Rudmichmais, ventillatslix, esveshchanie, ber'ba a posharial,
gernespasatellase dole, Izd. 2-se, parer. i dep. Moskva, Uglotekh-
Isdati 1955, 407 (KW 915)
.(King ventilation3igine~l'ighting)(Kize fires)(Mize rescue work)

ANDIMM, A.B.; AIMNDY, A#I.; ARAPOV, P.P.6 BARWH, A.I., B'SDITAKOVA,
A*Bo; BEEN, G.S.; BNMMICH. V.V.; WaNSHTWN, S.A.; BITFUM(YF.
@V.I.; BLYUKEBERG, V.T.; BGWCJ@-BXJYWICH, M.D.; BOFMOTOV. A.D**"
BULGAKOV, N.I.; VUBLER, B.A.; GAVEWWO, I.V.-, GMM=p Yeogos
0MITANOV, N.A., Caeceasedl; GIBSHHAN, YeJeq
0OtDOVSKrT,Ts.X.; OORBUMOV, P.P.; OORTAIMV, P.A.; GRINBNW. B.G.$
GRYUNER, V.S.; DAIX)VSKIT, N.Y.; DUMISKIT, Y.M.,(deceami9d]; .
MMUTIO, P.G.; DTBYlWS, B.G.; DITACHIM, P.P.; 11TURNBAW, N.B.,
Edeceased); Y]MORCHENKO,,B.P. [deceased); YAL'YASHMICH, S.A.;
ZHIMOV, L@P.; ZAVMISKIY, A.B.: ZAVELISKIY, F.S.: ITANOV811YO
S.R.; ITKIN. I.M.; KAMAN, A.Ya.; WHINSKrY. B.B.; KAPLINSKIY, S. T.
XASATXIN. F.S.; KATSAUROT, I.S.; KITATGORODSKIY. 1.1..6 NOUSNIXOT,
I.P.; KnOSOV, V.A.-; KOHAWT, N.S.; KOTOV9 B.I.; LINDI. T.T.;
LMEDIT, R.Y.; LWITSKIT, N.I.; LOKSHIN, Ta.Tu,- LUTTSAU. T.K.:
MANMUMIRGER, A.A.; MIKHAYLOVO V.A.; MIKWLOV. N.M.; MUIU.,V'Ylff, I.M..'
'HIDIL'nAN, G.I.; PA=SHKOV, L.S.; POLUTANOV, V.A.; POLTAXOT, Ta.3,;
WPOV, V.V.; POPOV. N.I.; RABLIN, I.Te.. BZHEVSKIY. V.V.; ROZINEW,
.G.V.; RO 1 1 1 1 , B.A.; ROKOWAN. U.S.-. RUKAVISHNIKOV, T.I.;
RUTMSKIY. B.N. [deceased]; BrYKIN, P.M.; SMIRNOV, AoP.; STEPADDY. G.Tu.
STWANOTO Tu.A.; TARASOV, L.Ta.-. TOKARET, L.I.; VSPASSKIT. P.P.;
MOROT, A.V.: MR. N.M.; FRINKSLI. NJ.; EWFRB S Ta - RIEWPIN.
M.I.; XHODOT, V.T.; SHAMSMJR. V.I.; SRAPIRTTTM7'.@
SHISUIRA. H.N.; SWR, 4.R.; WWI SKIY. U.S.; SHPRINK, B.I.;
hirs ING, S.Ze; SHUM, L.R.1 SHMOALITIR, L, Ta.; ARTATS, A.T.;
(Coutimied on next card)

AIU)Fdffff. A.B. (continued) 0 ... Card 2.
TAKOVLEY, IA*Tv AXORIMO YeoSe,, retmensent, redaktor; BEK111-
GAMA.M.,,retesn'sent, redaktor-, BIMU, L.D., rateenswit,' redaktor-,
BOLTINSKIT, V.N...reteenzent, redaktor; BORCH-BRUTEVICH, T.L.,
retsenzent, redaktor; MM. M.A., retsenzent redaktor; VINOGRAWV,
.A.V., retsensent, redakt or; GUDTSOV, N.T., retsenzent,, redaktor;.
DEGTrAMff, IoL*p retsensent, redaktor; DEMITANrJK, F.S., retsenzent;
iedaktor;, DOBROSKYSIOV, I.N., retsenzent. redaktor; TELUCHII., G.R.
retseazent,, redakt6z-*-ZHIMCHXIN, D.N.-, reteenzent, reaakto'
SHURAYCHEM-. A.N...retsensent. redaktar; ZLORMW. G.A.., r,sts-enifdnt.
-redaktor; UPLUNOT, R.P.,, reteensent, redaktor; IEUSAMY, X.M.i
retsenzent,'iedaktor; LXVINSON. L.Te.,.[dece9sedl reteenzent,.redaktor;@
MAWV. R.N., rot@eziz@nt, redaktor; MAWS, V.A. reteenzent, redaktor;
MIMITSYN, I.I.,9-retsenzent, redaktor; MIKHATWV, S.M., retsenzent;
rediktor: 6LIVITSKIY, B.A., re-taenzent. redaktor; PAVIOV, B.A. 0
retsinsent, redalktor*; PANMOV, N.P..reisenzent, redaktor; PLAKSIX,
I.H.v reteensent, redaktor; RAMY, K.A. reteenzent, redaktor;-
RZHAVINSKIT. V.V., r'steensent, redaktor! RINBXRG, A.M., reteensent;
redaktor;'WOOVIN, N. Ye., re'teenzent, redaktor-. RUDINKO, K.G.,
rotdonzent, redaktor; PMVSKff. B.N., [deceased] rateenzent,
redAktor; lffZHOY, P.A., teteenzent, redaktor; SAM)OHIRSKIY. V.B.,
retsinxent, redaktor; SKRAMWIT. B.G.,,retsenzent, redaktoi.,
.SONOV, T.S., reteenzent, r'edaktor; SOKOWT, N.S.. reteenzent.
redaktor: VIVAKOVSKIY, A.O., redaktor; STRAKMMV, A.Ye.,
reteement, redaktor; STRELMSM, H.S., reteenzent, redaktor;
'Nontinued on next card)

ANPEMY, A@vi, (continued) Card 3.
TRWITAKOV, A.P., reteenzent, redaktor; FATMMN, To.M., retsenzent,
redaktor; MUCHATYRDY, T.S.. retsenzent, redaktor; CHMOV. H.T..
reteensent, redaktor-; SHERGIM, A.P.. retsenzent, redaktor; SHNSTO-
PAL, Y.M., reteensent, redaktor; SHESHKO, Te.F.. retsezuent, redaktor;
SHCHMV, N.M., retmensent4 redaktor; YAKOBSON, H.O., retsenzent.
redaktar;'SMAROV. Tu.A. Professor, redaktor; PMITAIUM, F.S.,
profiesor.,radaktor; ZNAML?NqKIY, A.A., inshener, redaktor;?WSIK,
I.M. , rediLktor;, RUTOVSKIY, B.M. (deceased] doktor khimichookikh nauk,
professor, redaktor; SHUKHGALITER, L. Ya. kandidat tekhaicheskikh
nauk, dotsenti redaktor;BRESTINA, B.S., redaktor: ZIWMNSKIY, A.A.,
re"ktor. (Continued on next card)

ANDnfff, A.T. (continued) .... Card 4.
[Concise polytechnical dictionary] Kratkil politakhnichosidl
slovarl., R6diELktsioruWl, sovet; W.A.Stepanoy i dr. Moskva Gose
isd-vo tokhalko-tedrat. lit-ry, 1955. 1136 p. (MLr.A 8:125
1. Chlon-korrespondent AN SSSR (for Plaksin)
(Technology-Dictiomries)

7i
_Y/U
IT-
r-k
ZAYTSEV, Appolinarly Pavlovichp on YAkovlevich- DMITRIM, L.K..
JWXq
rodaktok, Isdatel'stva; LIADOTFka @1
A@@!f
(safety regulati6as al'minea'] Pravila besepaiii6sti.na
In foreign co
:i&,rtbeshnykh-,ug*lnykh O'hakhtakh. Xookva, UgletakhWat', 1936. 209 p.
WRA i0:4).
(Coal mines and mizing-Safety measures)

TORSKIY, Pavel Nikelayevich; RABIGEMV. Aleksandr Ivanovich; CWOOTAW,
.Konstantin Aleksandrovich; *tvetstvenW redaktor;,
MUNIZOVA, N.A., red.aktor t2datO116 va; XAMINSK&YA, A.A., takhnicho-
skiy redaktor.,
311mination of dust from -coal mines] Obeepylivanie ftxol'nYkh sba*t"
Moskva. U ljetekhizdat 1956. 298 p. 'JM112A 10:1@1
fWal. mines and mining-Safety measures)
(Kine dusts)

ZAYTS17, A.P.; KERYPITS, S.Yh.
Influence of the speed of air flow on the dust content in mine
atmosphtres. U oll 32 no*9:31-33 3 157* (MIRA 10110)
fMine ventilation)
(Mine dusts)

KHEYFITS@
ZAYTSAY, Appolinarty Pavlovich tetvenW redaktor;
GRISHAYINKO, K.I., redaktor iz-distal 9 Va.
(Problems of coal mine safe tyl Voproey takhniki betopasnoott v
ugolinykh shakhtakh. (Moskva] Ugletekbizdat, 1957. 62 p.
(XLRA 10:9)
(Coal mines and mining--Safety measu-6s)

QNI@@'-! Ml@
AX.; GRISHAYMMO. R.I., otvetetvenny7 rad.;
IYUTYMIKI, N.A*, rod.izd-va; ILI INSKAYA, G.H., tekhdred.
[Reducing dust in ccial.mine drifts] Snizhenie zapyleanosti vosdukhm
v lavakh ugollnykh sholdii. Kookva, Ugletekhizdat, 1958o 99 po
(Mine dusts) (MIRA 11:5)

ABRAXOT, P.A., prof., doktor tekhn.asuk; BALTAYTIS. V.Ya., inzh.;
tA-RON, L.16, doktor tekhn.nauk; BATALIN, !$,A., dotsent, kand,
toMm.nauk; DYKOV, L,N.I, prof., doktor tokhn.nauk; VSSMVSKIY.
T.S., prof., doktor tekhn.nauk-, VLADIMIRSKIY. V.V., kand.takhn.
nauk [deceased]; VORONIN, V.S.. doktor tekhn.wmk-[deeeasadl-,
VORONIVAOI.D., lmnd.tekhn.nauk;,VOROPAYZV, 1,7., prof.jdokt.tqkba.
nauk; ZMMOV, G. I a I NOWOV, V.B. , prof . , dokt or, tekhn. nank;'
KRIGMUSKIT, R.X., Imnd.tekhn.nauk; KMWOPONTOVA, A.I., dotnento
kand.takhn.nauk; LIDIN G.D., doktor tekhn.nauk; HILETICH, A.F.s.
doteentg kand.tekhn.;;;k; WSW. F,I., dotsent, lcand..-telchn,.
nauk; NOTIKOV, K.P.# kand.tekhnnauk; OG;YEVSKIY. VX, profp
@doktor.fekhn.nauk (deceased]; POLESIIJ, Ya.L., inzh.; RIPP, XAO
@dotsent, kand.takhn.nauk; WBOLEY, G G.O.insh.; SOLOVIYEV, P.M.0
inzh.; SUKHAREVSKIY, V.K., kand.tekT@.nlauk; KHEYFITS. S.Ya..dotpent,
(Continued on ne=i caRr- -

ABRAMOT, P.A.--(continued) Card 2.
kand.tekhn.nauk; XMM, V.V., kand.takhn.nauk; SHCfMOANI#
A.N.; TERPIGORIV,' A.M., glavnyy red.; SKOCHINWIT, A.A.$ otvq
red'.toma; ZATTW, A.F.#' sam, oty.red.toms; BOBROT, I.V., red.
tome, KOKAROVO V.B., red.toma; SIRTACHENKO, F.S.j'red.t6ma;
TARZIN. A.V., kand.tekhn.nauk, red.toma; KLIMANOT, A.D., dots;,kando
tekhn.nauk, reditona-, ZUVONOGOV,,KK.,Anzh..# red4toma; NIVrMQ
ism,, inzh., red.toma;.TITOV, N.G., doktor tekhn.nank, iedotona;
CHIZHOV, B.D., kand.tekhn.nauk, red.toma; GNMIN, T.Ye., rod.
-Lzd-va; NZOLAY3T,V.P._, red.izd-va; BASKSTA, T.A., red.izd-va;
FROZOROVSKAYA, V.L., teklm.red,
[Kining: an encyclopedic dictionary] Gornoe delo; entaiklops-
dioheskii spravochnik. Glav.red. A.K.Terpigorev. Chleny glav.
rad.: A.I.Barsbanov i dr. Koskva, Gos.nauchno-tekhn.izd-vo lit-ry
po ugollnoi promyshl. Vol.6. [Kine atmosphere and ventilation;
controlling dust, gases, and fires-, mine rescue work] Radnicbnaia
atmonfera i ventiliataiia; Bor'ba a pylliu, gazami i pozharami:
Gornospasatellnoe delo. Radkollegiia tome: A.'A.Mcochinskli i dre
1959. 373 P. (KIRA 12:6)
1. Chlon-korrespondent AN USSR (for Shcherbant).
(Mine ventilation) (Kine rescue work)

BYKOV, L.N.9 do Kor teklin. nauk, prof.,@ KSLITOFONTOVA, A.I., prof.;
KL24mfovy A.D., kand. tekbn. nauk; KUCHETSKIY, R.N., kand.
tekhn. nauk; PREOMIAZIONSWA, Ye.L, inzh.; 11AShIll, I.A.,
kand. takhn. nauk; USHAK(YV, K.Z,, kand. teklin. nauk; KHAREVq
A.kol kand. -takhn. nauk@ M"IFITS S 'Ya.. kand. takhn. nauk;
ZAKHAROVI 4 '@
red. izd- aj@MtA@, S.E., red. izd-va;
MOI.S:
I
MAKSIMOVA, VDV,;s tekhn. red.; SIIKLYAR) S.Ya., tekhn. red.
(Handbook on mine ventilation] Spravochnik Po rudnichnoi irentilia-
tsil. Pod red. A.LXsenofontovoi. Moskva, Gosgortekhizd(Lt2
1962. 691 p. (MIRA 15 -.6)
(Mine ventilation-Handbooks, marmals., etc.)

WOM& IAN=
nauchmyy sotrudnik
Buildings out of ooil come.nt. Prom.koop. 13 no-3:12-13 Ur '59-
(MMA 12:4)
1. Nauchno-issie(lovatellakiy institut sel'skogo stritellstva
RSFSR, Yoskva.
(Soil cement)

KHZrFITS, V., lnzb.; DOLITSKIT, I., inxb.
Efficient soil mixers. Stroltell no.2:23 7 160.
(MIRk 13:5)
(concrete) (Mixing machinery)
T:- -7- --T
M,
ivl
I 101, -1-1. Re "M
Mli

V.A,, inzh.
Graph ana3,vsis method of determining optimum moisture. Sbor.
nauch# ooob. NIInel'stroia no.3:61-65 160. (MIRA l5t6)
(Soillcement) (Soil moisture)

DOLITSKff, I.I., kand.takhn.nauk; ITS, V-2., insh.
Now mixing machinery for soil concrete. Kekh.etroi@ 17 no-5sl8-22
My 160, (MIRA 13:7)
(Nizing machinery) (Concrete)

IACC NRa o25641
W66*CE CODE-. UH/0413/66/000W:@i6;93/0093
V. Z.
INVENTOR: Arst, G. A.; Yevatigneyev, Ve N.;,.@e Lila
ORG: None
TITLE. A two-component dynamometer. claaa 42, No. 18344'1 (announcedby the State
Design and Planning Scientific Research Institute of Marine Transportation (Goau-
darstvenW proyektno-konstruktorskiy i nauchno-issledovatellskiy institut morakogo
transporta))
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 13, 1966, 93
TOPIC TAGS: torque measuring instrument, elastic deformation
ABSTRACT: This Author's Certificate introduces a two-component dynamometer contain-
ing a force sensing unit, support and elastic spring element equipped with deforms-
tion, gauges. Design is simplified and temperature stability is improved by fastening
the elastic element rigidly to the support at three equidistant points with connec-
tion to the force sensing unit at three other points oeparated from the first three
by a given angle. The deformation gauges of the ealstic element are mounted in the
two adjacent arches.formed by the fastening points.

1-elastic element-, 2-
support; 3-force sensing
unit;.4-deformation gauges;
$--fastening point
SUB CODE: 13, 14/ SUBM DATE: 27ft65
Card 2/2
-------------
ION

STF=L'TS, Kh.L.; TATTS, A.Th.; OULTANITS11T. B.S.; PAZUKHIN, V.A., prof.,
doktor tekhn.nauk, reteenzent;-Mi ITS, Ta.M., kand.khim.nauk,
retsenzent; URIGII, V.I., kand.tekhu ,na@ikv retsenzent; FISEM,
A.Ta., kand.tokhn.nauk; retsens@nt;.T=NTHR,.Ta.A., kand.tekhn.
nauk. rateensent- G.S., inzh., retsenzent; KMORUCHWO,
, NAMOT
VA.1, inzh., retsenzent; CHMMOBROT. S.M., red.; ARIOUNGKLISKAYA,
M'S" red.izd-va; KLEYNMAN, X.R,. takhn.red.
[Magnesium @aatallurgyl V-ptallurgiia magniia. lzd.2., parer. i
dop. Moskva, Goe.nauchno-tekhn.izd-vo lit-ry po chernoi i tevetnoi
metallurgii, 1960. 479 p. (MIRA 13:3)
(Magnesium--Metallurgy)

MMY ITS Ya,Ye., inshenere
Form for making large brick blocks. Eduggested by IA.?,. Khatfits]
Rata. 1 12obr. predl. v 'strol. no.151:20-21 156. (MA 10:3)
Dailding blocks)

I
&MwRiM�rm
VAYNSHTEYN., B.Z., inzh.,- OUDAVADZE., G.G.*., inzh.; MIE@MS Ye B h.,
Design and calculation of the group controllers of the rolling
stock. Vest. TSNII MPS 21 no.lo.15-19 162, (MIM 15:2)
.11 Nauchno-inaledovatelvokiy elektrotakhnicheokiy institut, g.
Tbilisi,
(ElectrIs controllers)

'loop Ml
MAW-Mm OR MRRP@
VA7NSHTEYN,o B.Z., inzho; GUDAVADZE, G.G,, inzh.; MI=TS, IL.B@.Zb.

124-58-9-10127
Tran slation f rom: Referativnyy zhurnal, Mekhanika, 1958, Nr 9, p 10Z (USSR).,
AUTHORS:* Kheyirov, Z. B. Guseynov, G. P.
TITLE: Solution of Some Problems of Unsteady Seepage in Aquifers of
Variable Permeability (Resheniye nekotorykh zadach neustano-
vivshikhsya fill tratsiy v plastakh peremennoy pronitsayemosti)
PERIODICAL- Uch. zap. Azerb. un-t, 1957, Nr 6, pp 31-48
ABSTRACT: A proposed solution of one-dimensional problems relative to
the unsteady seepage in aquifers of variable permeability for
specific cases of its variation with various boundary conditions.
For a finite aquifer and under given pressures along the circle
of influence and on the gallery and given permeabilities varying
according to the law
k(x) (alx + b)n
(where al, and n are constants), the authors succeed in ob-
taining an exact solution for the problem of constructing the
pressure function. The problem is solved by means of the
Card 1/2 Fourier method, with subsequent use of the Duhamel theorem.

124-58-9-10127
-Solution of Some Problems of Unsteady Seepage in Aquifers (cont.
The solution is obtained in the form of an infinite series. Also examined are
several cases of other given boundary conditions with the same'law governing
the variations in permeability. At the conclusion of the paper the problem of
determining the pressure function is- found for the case of a linear variation
of the permeability in an infinite aquifer and with a given yield at one end. The
solution, in that case, is obtained in implicitJorm on the basis of the theory
of similarity. It should be noted that for infinite aquifers a solution of the
problem is possiblefor specific limitations. relative to the variation in perme-
ability. Thus, for eka7mple,. formula (10.4) is valid only for a >0 b>O and
n= I in formula (2). Otherwise the aquifer would die out, and L s,lution
becomes senseless. There are no specific numefical'examples; there are
typographical errors. Bibliography: 7 references-;--
V. Yu. Kim
1. Water--Motion 2. Mathematics--Applications
Card 2/2

XMIROV, Z.B.
of liquid toward incomplete wells in formations of varied
permeability, DokLAN Azerb.SSR 15 no.12a.1091-1095 '59-
WMA 13:4)
1. Wedra't eIorstich-eskoy nakhaniki Angosuniversitsta im.SX.
Kirova. Predstavlano akademik-om AN Azer4SR Z.I.Khalilovym.
(Oil reservoir engineering)

KHEYIROVO. Z. B.t CA140 PHY6-MATH SMIt "CERTAIN PROS-
LEMS OF THE THEORY OF FILTRATION OF LIQUIDS IN t*-NVWW
GENEOUS MEDIA#" BAKUy 1961o (COM FOR HiGHER AND SEC
SPEC'ED OF THE'COUNCIL OF MINISTERs AzSSR, AZERBAYDZHAN
STATE UNIV im So M, KIROV)* (KL9 3-61, 205).
73-

21(4) SOV/112-59-2-3388
Translation from: Referativnyy zhurnal. Elektrotekhnika, 1959, Nr z, p 166 (USSR)
AUTHOR: Rozen, 0., Sukhova, L., Kheyker, D., andFavorskaya, N.
TITLE: Using Radioactive Isotopes for Quality Control of Roll-Strip Materials
(Primeneniy.e radioaktivnykh izotopov dlya kontrolya kachestva rulonnyle-14
materialov)
PERIODICAL: Stroit. materialy, 1958, Nr 3, pp 34-.35
ABSTRACT: 'VNIIAsbesttsement has used methods which permit cont inuously
controlling average weight and thickness of.a moving cardboard or pergamin
strip and, consequently, its density or porosity. The weight has been
determined by a c6ntactless instrument designed by A. N. Slatinskiy (its
scheme is presented) which depends on absorption of beta-rays by the material;
TeZ04 is used as a source, an ionization chamber as a detector. The strip
thickness@is determined byaninductance primary element. The *strip passes
between two rolls, one of which is movable; the latter is displaced by thicknes
Card 112

SOV/112-59-2-3388
Using Radioactive Isotopes for Quality Control of Roll-Strip Materials
9
variations and moves a primary-element core; this resulto in an output voltage
across the primary element which linearly depends on the, displacement value.
The contactless weight -determining instrument is calibrated by cigarette-
pape;@ srandards in the range of 220-970 g/m2.. A table giving the instrument
checking data and a plot of porosity against water absorption in per cent are
presented. This outfit for continuous material -porosity control is being
adopted at the Leningrad "Kartontoll 11 and Odessa Roofing-Felt Factories.
Two illustrations.
M. L. G.
Card 212

-@7 r@'
SU,7363 511.3 J 16.1
$(I t1fill-I (list)
IT*,, Pt; LY. mv Atair. 10664 (19S4). CrJVWU @If
am WhmfWdfO with uWt cd df=ns!cl4
tT,-I,.2Q3:EQ-001, b-5-10d:0-0m Uld e-
Thvip= mup is A"t
And (so. PAW= muUtford PIAM 044 AAA)
Sm phaes frm wfikh the
FW% "A F(OY&Wae calcufatod. M sumtmg
obwmd *mfirmed the chokg of Ip= pmp. IN.
T11 Oxtum with dlt"att at tha rjyhedr4. liti,
tPoeu I to IA the flat non-mramiyaunctrw o4ructutc
wfikh'@um bwca obsuvod to pm" supucondwdrig

Fi@- 25. iucthod -numtc-A iA'
t1i
OL d
jray-yi@mlaivojo Ott sim:cf tjtc %Aiujjk@o By Uli ip
anct Ctx-K@irtdkdoq. thi; vxff, of absocptlatt Is SM.
M Via' v
2wico iti 0.01 mm. r. it. R.

UKkNSKIT14.Ho-. Q%TM. D.M.
X-rajv-gon@ometrlc methods for.examination of crystals. Kristal-
iografiia,l no.4:446-459 '560' (MLRA 10:1)
le, Moskovskiy gasudaretyenny y universitet imeni M.Y.Lomonosova,
Yeesoyusnyy nauchno-iseledovatellskiy institut ASBISTTaIMM
Hinisterstva Prowyahlonnosti.stroitellnykh materialov.
(X-xay crystallography) (Goniometry)

L)Qvj@A A-4yl
KHEYKEP, D.M., Cand Phys Math. jci (diss) "F.I-@;eft46@n
of diffractometrical methods fox- the solution of certain
basic oroblems of X-raylstructurtknalysis." Mos, 1958,
18 pp (Acad Sci USSR. Inst of Crystallography) 120 copies
List of autharls works p 18 (lb rAtles) (KL, 23-58, 101)

SOV/70-3-1-7/26
AUTHORS: Uman kiy, M.M.t KheYker, D.M. and Volkov, O.S.
TITLE: Procedure for the Y8_e__0T_t_h__eURS-50X Apparatus as a
Monocrystal Diffractometer (Priyemy ispollzovaniya
apparata, URS-50I kak diffraktometra dlya monokristallov)
PERIODICAL: Kristallografiya, 1958, Vol 3s Nr 1, pp 43 - 48 (USSR)
ABSTRACT: The URS-501 apparatus was designed for X-ray structural
analysis with ionisation-counter recording and was
described by-loffe in Ref 1. The present paper descx.@bes
a method for converting this apparatus into a monocrystal@
diffractometer. A description is given of an attachment
which can be used to determine the relative orientation
of the crystal and the c6untere A procedure is given for,
the adjustmentof the crystal,, determination of the
parameters of the elementary cell and measurement of the
integrated.reflection intensity. The integrated reflection.
intensity is measured by a method analogous to that des-,
cribed by Cochran in Ref 4 and the counter resolving-time
is measured by an oscillographic method described by
Klug et al in Ref 3. Geiger counters are used as deteot-ors
.but it is intended to use scintillation and proportional
Cardl/2 counters.

SOV/?0-3-1-@/26
Procedure for the Use of the URS-50I Apparatus as a Monocrystal,
Diffractometer
There are 5 figures, and 5 references, 2 of which are
'Soviet and 3 Eiglish.
ASSOCIATION:@ Moskovskiy gosudarstvennyy universitet im.
M.V. Lomonosova. (Moscow State University imeni.
M.V. Lomonosov)
VNIIASBEBTTsZMT
BUBMITTBD: March 23, 195?
Card-2/2

AUTHOR:
TITLE:
PERIODICAL:
Kheyker, D. M. SOV/32-24-9-17/53
-----------------
Phase Analysis by the Aid of the New X-Ray Spectrometer
(Fazovyy analis pri pomoshchi rentgenovskogo difraktometra)
Zavodskaya Laboratoriyap 19561 Vol 24, Nr 9, pp 1077-1083 (USSR)
ABSTRACT: In the paper under review the technique in quantitative and
qua litative phase analyses by means of a Soviet spectrometer
URS__50 I(Ref 2) is described. The qualitative phase analysis
is based on the accurate determination of the positions of
diffraction maxima and intensities. For this purpose, the
apparatus must be adjusted, and the calculation of the dis-
placement of the* diffraction maxima position that may.be
brought about by geometric or other conditions on photographing
in the spectrombtert must be determined precisely. The
quantitative x-ray phase analysis is based on the function of
the diffraction line intensity of the content of the phase
concerned in the-polyphase polyarystalline sample. The ionisation
metWs for the measurement of diffraction line intensities
poittiss.a. number of properties that must be taken into con-
sideration to ensure a high degree of accuracy. In the de-
Card 1/2 scription of these details, a spectrometer attachment 'GUR -3

SOV/32-24-9-17/53
Phase Analysis by the Aid of the New X-Ray Spectrometer
is described amongst others, which permits the rotation of a
plane polycrystalline sample about its own plane. The rotation
is effected by a mqt-o; . SA-60. In order to increase the 'sensi-
tivity of the phas`e@@a-nalysis, a focusing, crystalline mono-
chromator was used. The increase in the determination accuracy
by using the,monochromator could be proved by a radiograph of
a quartz-fluorite mixture, taken in the HO chamber of the
apparatus ' URS-5011, with or without a monochromator. By way
of conclusion, several examples of the quantitative phase
analysis are given.
There are 5 figures, 2 tables, and 9 references, 4 of which
are Soviet.
ASSOCIATION: Institut VNIIasbestotsement (Institute VNIIasbestotsement)

Y,11 2o-12o-2-42/63
@
AUTHORS: Berkovich, T. M., Kheykerl D. M., Grachev
ap 0. Ie@
Kupreyeva, N. I*
TITLE: On the Phase Composition of Products Formed in the Hydration
of C S and P_ 0 3 (K voprosu o fazovom sozitave produktov
gidrAtataii 0 9 1 P-C 5)
3 2
PERIODICAL: Doklady Akademii Nauk SSSHt 1958o Vol- 12of Nr 2f PP#372-375
(USSR)
ABSTRACT: This phase composition exerts considerable influence upon
the properties of hardened cement stone. In spite of several
published papers (Refs I - 5) this problem has,not yet been
cleared. Therefore the hydration processes were investigated
at the Inatituteim:krdiffereat conditions of temperature and
moisture together with the influence exerted by additions
of ground quartziand and asbestos. The compounds mentioned
in the title were produced. The results showed the following;
Ca(OH)
as well as calcium-hydrosilicates, the phase compo.-
2
sition of which depends on the temperature, to which the
system was exposed, form in the system C S-H due to the pro--
Card 1/4 ceas of hydration, The determination of ihis phase composition

SOV/26-12o-2-42/6
3
On the Phase .
Composition of Products Formed in the Hydration of C S and
P-C2S 3
is rendered difficult by the fact that the characteristic
lines for the fibrous hydrosilloates 0 SH and CSH(B) on,
2 2
.the radiograms (3,04 and 1983 X) coincide with the lines
of non-hydrated alite., It is true that the lack of character-
istic lines of other hydrosilicates causes the formation of
fibrous hydrosilicates to be considered probabl 8 (r-igure 1).
The absence of the exothermal effect at 83i)-86o C on thermo-
grams (Figure 2, al b, v) which is charaetoristic of OSH(B)
permits the conclusion that C
SH forms under these conditions.
2
During the.hydration of C S in tie presence of asbestos in
the system C S-A-H the am9unt of C SH
is considerably re-.
2
duced, but oA.the.whole the same p9ase composition as in
system C S-H is preserved. The influonce exerted by treat-.
a
ment in
n autoclave upon the hardness of cement stone of
C S (Ihble 1) depends on the intensity of the former..A
9
t
o intensive treatment leads to a decrease in hardness. Work-
ed for 8 hours at 8 atmospheres excess pressure the stone
gains in hardness. By the addition of ground quartz sand
the phase composition of the new formations in the C S-H
system produced by the aut Ioclave treatment is abruptly changed
Card 2/4
_00
(Figure 3). The Ca(OH ntent is considerably reducedq
)
2

SOY/Zo-12o-2-42/63
On the Phase Composition of Produoto Formect.inlhe Hydration of C 3S and

P-C25 ,
C SH and C SH(A) are absent. Instead of strongly basic hy dro-
2
8111c
ates 038H and C SH(A) weakly basic hydrouilicates CSH(BX43)
@
form; On th; i9troducGon-of asbestos into the system the
new formations are additionally changodo The influence of
different regimes of the autoolave-treatment upon the hardness
of a mixture of 75 @ C 5 + 25 @9 S is still more complicatedv
as an overlapping of tie corrosion effect of asbestos probably
occurs here. There are 4 figuresq 2 tableaq and 6 referances,
4 of which are Soviet.
ASSOCIATION: Vsesoyuznyy nauchno-iosledovatellskiy institut asbestaq slyudy,
asbestotsementnjkh-izdeliy i proyektirovaniya. stroitellstva
predpriyatiy slyudyanoy promyshlennosti (All Union Scientific
Research Institute for Asbeatoss, Mica, Asbestos-Coment-Prd-
ducts and for the Design of Factories of Mica.Industry)
PRESENTEP: December 18, 1957, by P. A. Rebinder, Member, Academy of Sciences,
USSR
SUBMITTED: December 3, 1957
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On the Phase Composition of Products Formed in the 50'1/20-120-2-42/63
Hydra tion of C33 and O-C23
I., Concrete-Pbase studies 2, Concrete-Proportics
3. Concrete-Frocco Ding 1,. Concrato-Teat rathods
Card 4/4

SOV/2o-120-4-45/67
AUTHORS: Berkovich, M.,--_Khe*kar_& D. M., Gracheva, 0. 1.,
Zevinj Lo So, Kupreyevaj No
TITLE: Inv66tigation of the Properties of Calcium Hydrosilicates
(I ssledovaniye svoystv gidrosilikatov kal'taiya)
PERIODICAL: Doklady Akademii.nauk SSSR, 1958, 'Vol. 12o, Nr 4, pp-853-856
(USSR)
A3STRACT: Several authors based their explanations of the particular
features of the technical properties (strength, shrinking)
of binding materials on the conceptions concerning the phase
composition, the structure and the existence of individual
calcium hydrosilicates in the hydrated concrete. Howeverv the
data:)btained by different authors concerning the individual@
calcium hydroeilicates do not always agree with each other.
In.order to obtain a clear picture of the phase composition
of complicated systems of hydromlicates a comprehensive phase .
analysis must be employed. In this connection the knowledge
of such constants of hydrosilicates as the interplanar spacingt
.the line intensity in X-ray diagrams, the temperature and the
Card 1/4 magnitude of thermal effects, the position of the absorption

SOV/2o-12o-4-45/67
Investigation of the Properties of Calcium Hydrosilicates
bands in the infrared spectra and similar data is necessary.
Apart from these data an understanding of the technical
properties of the individual hydrosilioates must be reached
if the development of.production methods of materials with
prescribed properties is intended. In -the Institute."Asbest-'
tsement,1,1 a number of the most important hydrosilicates was
synthetized, and their properties were studied. The X-ray
diagrams (Fig 1) were recorded by means of CuKa radiation
-ith a nickel filter on a diffractometer of the type UPC-50I
with a Geiger counter. The curves of thermal differential
analysis and of weight losses ou heating (Fig 2) were de-
termined on a thermalbalance. The absorntion spectra in the
infrared range-(Fig 3) were taken on a IKS-11 spectrometer.
R,lectron microscope images were obtained with a microscope
EM-3 with an electron-optical scale ftator of 3900-The
hy-ftosilicate C 8H (A) which is formed in the hydration of
jypitland concre?e and which leads to a reduction of the
strength of autoclave products, was synthesized by a hydro-
thermal treatment of a mixture of CaO with quartz sand mixed
at a ratio of'20 at 175 0 during 72 hours. The hydrosilicate
Card 2/4 C SHM was formed after an identical treatment of 70 hours
2

SOV/2o-120-4-45/67
Investigation of the Properties of Calcium Hydrouilicates
duration. Low-basicity*hydrosilicates CSH(B) with a fiber-like
texture of a basicity of f:rom 1,25-0,8 play an important par
in the autoclave hardening of sandy cements and low-basicity
lime-sand mixtures. Together with tobermorite they are the
cause for the high strength of these minet-als. They were
produced by a hydrothermalo treatment of a mixture of CaO-
and eilicagel (10) at 175 # for 1, 2 and 3 hours or for from
8 hours. The hydrosilicate C 6 H (tobermorite) was syn-_
thmized from-CaO and quartz sand4(8 f8:1) at 1750, and a heat-
ing for from 12 - 48 hours or of 7 days. Hydrosilicate of
flint CSH(A) was produced from CaO and quartz sand with a
value 8'f C/S - 0,8 + 18 cp4 of water at a pressure of 100 kg/cm2
at 175 , for from 14 to 60,days. Theeyperiments showed that
the reaction of the formation of hydrouilicates is consider-
ably slowed dovin in pressed samples at a steaming in auto-
slaves as compared to the reaction of the same initial com-
Ponents taken as a 2uspenuion. In spite of the existing evi-
dence,(Ref 11) stating that among calcium-hydrosilicates
tobermorite has the greatest crushing strength, the experi-
Card 3/4 ments.of the authors show, that the flexure strength of the

SOV/20-120-4-45/67
Investigation of the 'Properties of Calcium Hydrosilicates
samples does not increase with growing content :of tobermorite4
It can be supposed that the flexure strength of fiber-like
strziatures is by no means inferior to that of plate-like-
struetures) which was proved. There are 3 figures and 11 r6f-
e.re.neen, 3 of which are Soviets
PRESENTED: FebruarY 5, 1958, by 1P. A. Rebinder, itlember, Academy of
Sciences, USS11
SUBMITTED: December 13, 1957
1. Calcium silicates--Properties 2. Calcium silicates-Phase
studies 3. Calcium silicates--Analysis

SOV/70-4-1-9/26
AUTHORS., Kheyker, D.M., Konstantinov, I.Ye. and Alekseyev, V.A.
TITLE: @&'MP6PMVOT57 -the Scintillation Counter in X-ray
Struat,;-@r- Analysis (Primeneniye stsintillyatsionnogo
v rentgenostrukturnom analize)
PERIODICAL: KristallograftYa, 1959, Vol 4, Nr 1, pp 54-61 (USSR)
ABSTRACT: A scintillation counter.and recorder with discriminating
circuits which is suitable for use with the URS-50I
.diffractometer is described. The 'block diagram is given
in Figurb 1, where:
I - crystal, NaI(Tl), size 2Ox5xl mm;
- photomultiplier FEU-29;
3 cat hod!,.f ollower;
4 H.T. stabilised rectifier, 1500 V Supply, ripple
content < 0,2%;
5 linear amplifier, rise-time 0.5 -psecl maximum.
amplification 4000, resolving time 1-2 psec;
6, 7'.- stabilised amplifier supplies;
8 differential discriminator, resolving time
1 2.5-3 lisec, position (0 to 100 V) and width of.
''channel (0-10 V) are continuously variable;
Cardl/4

SOV/70-4-1- 26
The Application of the Scintillation Counter n X-rayldtructural
Analysis
.9 countering circuit;
10
timing relay,
Card2/4
-
11 - countering circuit, PS-64 type counting 1141169
256 and 1024 with resolving time 2.5-3)lsee;
12 - electromechanical counter;
13 - integrating circuit with 2 ranges 0 to 100 and
.0-200 pulses/see;
14 @- recorder;
15 -.mains.
The installation has the following charact-eristics.
Linearity: the resolving time of the counter is about
0.25 "ec and the limiting.factor is the resolving time
of the recording circuits, which is about 2.5-3.0 i1sec
so that the departure from linearity does not exceed'1%
up to 31ROO counts/see. Efficiency: the quantum
effi-.iency of the counter is determined by -Vht thickness
of the Window, usually the reflected beam passes through
black paper and 14 -p Al foil. The absorptions for Mo.,
Cu and Fe radiation are 29 20 and 40%, respectively.

SOV/7u-4-1-9/26
The Applicap'lion of.the sointillation Counter in X-ray Structural
Analysis
Spectral characteriestics: :curves are given showing that
all usual wavelengths can be employed and that there is
.godd discrimination against noise but that a 0-filter
sho-,Ad always 'be used. The counter background is
0.1 counts/sec for Ou radiation. The r.m.s. error in
measuring a given line over periods of a day is about
1.5%_ In normal use, the effioi6ncy of a Geiger counter
may be 30-50% and. that of a scintillation counter 80-90%.
@If there is heavy,fluoreseence or Compton scattering,
the proporID-ional counter will have advantages and a scint:L-
1lation counter may need a monochromator after the specimen,
There are 6 fig-xres and 10 references, 6 of which are
Soviet and 4 English.
Card3/4

AUTHORS:
TITLE:
PERIODICAL:
ABSTRACT:
Cardl/3
Umanskiy, M*M., Kheyker, D. M. Saon
Precision Measurement of Unit Cell Parameters With a
Diffractometer
Kristallografiya, 1959, Vol 4, Nr 3, pp 372-381 (USSR)
It is recommended that the positions of diffraction peaks
should be measured from the positions of their centres of
gravity. A method of finding such positions with a
diffractometer Is described. Here, wavelengths, not- of
the emission intensity maxima but of the centres of
gravity of the spectral lines,must be used. The correcotions
for the Lorentz, polirisation and angular dispersion
factors are examined.. A focusing monochromator was fitted
to the URS-50I diffraotometer which enabled it to record
up to Ze = 168 0 and had an inappreciable vertieal
divergence* As an example, the parameter of the unit
cell of tungsten was. found, using CuKP radiation with
this technique. At 25 0C it was found to be,
.a = 3.16526 * 0-60005 X (including the refraction
,correction).- This-was for a wavelength of CuKP of
1.39223 X for its centre.of gravity. The following

SOV/70-4-3-14/32
Precision Measurement of Unit Cell Parameters W.Ath a:Diffractometer
sources of error have been minimised by calculation and
experiment: 1) departure of the plane of the specimen
from the surface giving point focusing; 2) penetration
of the X-rays into the specimen; 3) displacement of the.
reflecting planefrom the goniometer axis; 4) -vertical
divergence of primary and reflected beams; 5) errors
in the zero setting of the counter position; 6) electrical
errors connected with the integrating circuit and-recorder@
ine,rtia. Various adjusting jigs for setting the specimen
and finding the zero position to 4- 0.21 are described-
Calculated curv" of 4) measurement time against dis;ance'
.from theline centre of gravity; b) magnitude of
relative error in intensity ineasu-"ement against distance
from line centre of gravity; c) magnitude of relative
error in intensity measurement against intensity are-given
calculated eor the Mometrical parameters used.
Read at the 6th All-Union Conference on the Application
of X-rays to the Study of Materials, June 6, 1958.
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A
SOV/76-4-3-14/32
Precision Measurement of Unit Cell Parameters With a Diff-ractometer
'rhere are 7 figures, 1 tablo and 12 references, of which
3 are Soviet, 7 English, 1 French and I international.
ASSOCIATIONS: Moskovskiy goeudarstvonnyy universitet imen:L
M.V. Lomanosova (Moscow aatB UdvcTdty imeni M-V- Lomonosov)
VNII Asbest-teement
Card 3/3

BUTTY YUJ4., doktor telkhn.rauk,prof.; MAYUR, A.A., kand.takhnnauk;
RASPXOVIGHi-L*II.,, kand,tekhn#n!u*; GRACHEVAI 0.1., kandatekhnnauk;
KHEYMO D.M.$ kajad-Ofitiko-matematicheskikh nauk
----------
Phy0ical propertias and microstructure of calcium hydrosilicatese
Sbor. trud. ROSMINS no.17.-66-76 760 ' (MMA 14:12)
(calcium Silicate)

3/032/60/026/04/38/046
BO10/BOO6
AUTHORS: Aleks
TITLE: S,ointillator for, the.Diffraotometer of the Typo URS-501
PERIODICAL: Zavodskaya laboratorim 19609 Vol. 26,' No- 4, PP- 501-502
TEXTi The prosent.paper.was read'at the.,sixth conference on +the a lication
of X-rays for teatin materials. Which washeld i Leningrad, from June 23-29p
A saintillator for the diffraotometer of the type,URS-50I was designed.
The block diagram- of the apparatus is shown (Fig. 1). Th-e-a-U-nti'llation counter
contains a Naj (Tl) -scintillation crystal (the crystals were prepared b
A.B. Gillvarg, a collaborator of the Inffititut krietallografti AN SSSR (YInatitute
of Crystallography of the AS USSR)) and an FO-29 photomultipliera The measurIng
arrangement comprises a voltage stabilizer of the type SN ?'gqzq@@ 10 IS-10000
E7, I -, a E
translator, and & differential 4i.soriminator with the iWi-4rator, as wJif-@`W-e@a-
.AJEPP-O@ potentiometer, @rhioh is arranged separately. An amplifier stage of the
TBZh3P tube is used with the discriminato.r (Fig. 29 scheme of disorimi -nator).
The integrator scheme is similar to that of the measuring apparatus of the type
"Bambuk". The saintillator described renders possible the counting of 50, 500,
Card 1/2
---- ------

AUTHORS# Volkovo 0. S.F Kheyk!r 3/032J60/036/03/045/064
BOIO/BI17
TITLE t Used
'At taahaent 7@-to@z tho,-, UM-50-I Or, 8011-'@
PERIODICALs Zavodskaya laborit.oriya.0 ig6o, Vol 36, Nr 3, P@P 363-364 (USSR),
TEXTs An attachment intended for use in qualitative and quantitative-ph& 0
analyses-with the ap aratus
p ctt*Vp qRS-50-I in desoribed...If a thermostat is
usedv high-precisi@n determinations ,of the lattice constants can be.performed
as well. The base plate of theat-tachment is fastened to the goniometer table,
and is connected with the overlyinj table.of the attachment iby means of &-
- -(pig 1). 6
differential sore*w a this table,::there is a support with a gear,and
the sample holder. The sample can.b.9 rotated at a speed of 20 rpm by a sotor of to
type SD-60 by means of the geari On the other hand, the table can be placed in
a position perpendicular to thesurface of the sample by the differential screir.
The calibration of the attachment is performed by using special adjusting parts
(Pig 2). Methods-used to.ascertain the zero position of the counter alit are
described. There are 3 figures and, 3 references, 2 of which are Soviet*
Card 1/2.

S/081/62/000/001/029/067
B151/13101
AUTHORS: Sfikhova, L. A., Khe ker,_D. M.
TITLE: The application of control and measurement equipment
using nuclear radiation in the building materials industry
PERIODICAL: Referativnyy zhurnal. Khimiyaj no. 1, 1962, 303,
abstract 11157 (Bb."Radioaktivno izotopy i yadern.
izlucheniya v nar. kh-ve SSSR# Va 211. M., Gostoptekhizdat,
1961, 27-30)
TEXT: 'The NIIASBBSTTsEMEjNT. Institute has carried out work on the
introduction into the building materials industry of various types of
equipments using nuclear radiation. in an asbestos enrichment plant (Asbest)
using a radioactive level indicator of the P1JY -1 (RIU-1) type it was found
possible to control the degree of filling of the ore bunkers quite reliably
and later to carry out automation of the transporters. For measuring the
concentration of the asbestos-cement mass, in the tanks of the grid cylindea@
(("Krasn,.,Y stroitell", Voskresenbk) an industrial densimeter of the
iT@4r-2 (PZhR-2) type was used, in which the activity of the source of
Card
1/2@