SCIENTIFIC ABSTRACT DOROFEYENKO, G.N. - DOROFEYEV, B.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000411010009-5
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• Original Classification: S
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• Document Creation Date: January 3, 2017
• Document Release Date: July 28, 2000
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ROZERBERG, B.A., DZHIGIPM, N.V.,-))OROFEIENKO, G.Nj BABIN, Yeap.
Perchloric acid and its compounds as cata:.Yots in organic
synthesis. Part 8: Catalytic acylation of some aryl
olefins. Zhur.ob.khim. 32 no.10-.3417-3423. 0 162. (MIRA 150-1)
1. Donetskoye otdoleniye Instituta organ~.cheskoy khimii
AV Ukrainakoy SSR.
(Olefins) (Acylation)
(Perchloric acid)

DCIROFMNKO_, G.N.; DUIZNKOp V.I.
0----
Synthesis of 1,.3-dioubotituted 5.6,7.,S-tati-ahydroisopMlium
beito,. Zhtw.obokhim. 32 nc)*1023445-3446 0 162. (KM 150-1)
i
1. Donetskoye otdoleniye Instituta organichaskoy kbi-ii
AB Ukrainskoy MR. (Pyry.Uum ecmpouu%) I

ZHDANOV.9 Yu.k'oj XOROLICHEMKO, G.A.; DOROFEYENKO.-G.N
Catalytic deacetylation by means of perchloric acid in the
carbohydrate awries. Dokl. AN SSSR 143 YLO.4t852-854 Ap
162, (KRA 15:3)
1. Rostovskiy-nit-Donu gosudaretvannyy univorsitet. Predstavleno
akademikow A.I.Oparinym.
(Acetyl group) (Carbohydrates) (Perchloric acid)

ZHDANOV, Yu.A.; DOROFEr..NKO, G.N.; KOROLICHENKO, O.A.
Catalyzed acetylation of polycxxy compounds in the presence of
magnesium perchlorate. DokI. AN SSSR I" no-5sIO50-1052 Js
162. (KRA l5t6)
1. Rostovakiy-na-Donu gosudarstvannyy univeraftet. Predstavlano
akademikom A.I.Opwrinym.
(Aoylation)

1 0 0. N,$ BARIN, Ye. P.; ROZOMIG, B. A.; OSIPO'I,, 0. A.;
Kmiapmmov,. 0. re.
Catalytic acetylation of some.polynero. Izv. vys. nabob. savo
khis. i khim. tokh. 5 no.5tM4-807 '162. (MIRA 16;,1)
1. Donetakoys otdoloniye Instituta organichookoy khimii AN
UkrSSR i Rostovskiy-na-Donu goffudarot"nW universitet.
(Poywro) (Aestrlation)

ZHDANOV, lu-sk., doktor khim. aauk; DOMMISM& 11-N.; KORDLIO KOSO.A.'e-
BOGDANOVA, GA; MROVA. T.P.p red.i OHVETSQVj S,V.,tekbn.red.
(Laboratox7 work in oarbohydrate chemistz7) Pra)rtik*t po
khimii uglevodov. Pod obehohel red, N.A. Zhdant)va,.Lf,p.l
Rosvusizdat, 1963, 119 po (MRA l6s6)
(Cartobydmtes)

DOROFEYENKO, G.; GEWIMMOO.A.
------------
O.Nbnosaacharides" by T. Stanek,, M. Corny, J. Kmcurek, J. Pacak.
'I -
Reviewed by G. Dorofe:ronkol A. Gernaimpriko. Coil. CZ Chem 28 no.A:
276-277 Ja 163!,. 4

DORUFM~~". _!) DULENKO, L,.V.; DULENKO., V.I.
Perchlorio acid and ito compounds as catalysts in organic syntehaU.
Part-Bi Catalytic acylation of aromatic compounds by acid chlori4es in
the presence of perchloric aci ~$ Ukrakh"zhur. 29 no.3:314-317 163.
(MIRA 16:4)
1. Donetskoye otdolorLiye Instituta organicheskoy khimii AN UkrSSR.
(Aromatic compounds) (Aoylation) (Perchloric acid)

-DOROFEYENKOP G.N.; D-ZHIGIREY, N.V.
Perchloric acid and its compounds as catalysts in organic synthesis.
Part 11. Catalytic addition of earboxylic acids to cyclohexene.
Ukr.khia.zhur. 29 no.6s616-617 163. (WRk 160)
1. Donetskoye otdeleniye Instituta organicheskoy khiaii AN UkrSSR.
(Perchloric acid) (Acids, Organic) (C.Telohexene)

DOROFEYENKO, G.N.; KRMN., S.V.
Perchloric acid and its compounds as catalysts in organic
synthesis. Part 16: Synthesis of 2,4,6-oubstiti:.ted pyr7lium
salts by the acetyLition of some aromatic compcounda and ketones.
Ukr. khim. zbur. 29 no.1031058-1063, 163. (MIRA 17sl)
1, Donetskoye otdol-eniye Instituta orgamicheskoy khimii AN
UkrSSR.

ZHDINOV, Yu.A.; PO~OFEIENKO, GA.; NARKEVICH, A,N.
Condensation of pyr.,rlium sal4s.with some amino acids. Zhur.ob.khim.
33 no.71241&-2419 J1 1 63. (MA 16t8)
1. Rostovskiy gosudwetvannyy universitet.
(Pyrylium compounds) (kmirto acids)

DOR Itop G,j EMUSDEIIKO.. A.
I
i"Monosaccharldeew ItIJ. Stansks K,CI . Js lwour6k and J.
Facak, Rerimmd b A 9 Dorofejenko lo Henaymenkoe Chem
linty 57 no.1:89.J)O Ja 163.

.DOROITUNKOP GAI OCHEREMO, A.P.1 PROKOFI'EV.9 F.V.
Parohlaric aoid and its aoWo=,',m ma. t ' %to in organia
synthesis. Part 9u Synthesis of ket- the pyrrole series.
Zhureobokhin. 33 noS2086-590 Ir !63. (MM 16s2)
1. Donstokoya otdaleniye Institutt organiol skoy khimii U M-' .
(Ketones) (pyrrolf ) 0 - rc:hloric aC4 -1 "

ROZWBMG, B.A.; BODNARCHUR, lLD.;mRmNzmo. G.N.; BABDI, Ye.F.
am
Perchlorio acid and 'lU caipmande an oataly6to In organic
synthesis. Part 109 Aqylatlon in the aosnaphthene series
Zhur, obe khim, 33 no,51WI9-1492 Mf 163. (MLRA 16:63
1. Donstakoys otdolsniyo Ilwtituta organicheakoy khimil AN
UkrSSR.
(AcenaDhthens) (Acylation)
(Perchloric acld)

ZHDANOV, Yu.A.; DOROFEYiNKO, G.N,; UZLOVA, LA.
- - -
Newinethod of expanding the carbon chain of carbohydrates Irf
means of Wittig reaction. Zhur.ob.khim. 33 zio.10:3444-3445
0 163. (141M 16:12)
1. Rootovukiy gosudarstvannyy universitet.

ZRDPNOV, Yu.A.; PTqFEYENKO., GIN.; 2BLENSKAYA9 Sj.
Z_
Thin-layer chromatography of carbohydratea on gypsum. Dokl. AN SSSR
149 no.6tl332-1333 Ap 163. (KMA 16s7)
1. Rostovskiy-na-Donu gositdarstvennyy unilrersitet. Predstavleno
akademikom M.M.Shevyakinyzi.
(Carbohydrates) (Chromatographic analysis)

ZHDANOV, Yu.A.; KOROLICHENKO, G.A.; DOROFEYEW.0, J.N.; BOGDANOVA, G.V.
Synthesis of nev C-glyaosides. Dokl. AN SSSR 152 no.ltl02-105
S 163. (MIRA 16:9)
1. Rostovskiy-na-Donu goaudarstyennyy umLyersitet. Predstayleno
akademikom A.I.Oparinym.
(Glycosides)

KRrflWi-,S- V.
DOROPZTMO
Perchloric a'alti atid its eq catalvta in organle synt)-da.
- ,q _p
Part 13: Preptunition of acm~2,4,6-triaryl. pyrylilum aalts aM aryl-
substituted-ppidinea, ob-khim-.34 nci.1:105-109 Ja 164.
(MIRA 17:3)
1. Donetskoye otdolenlya Inatituta organichebkoy ihlmii AN UkrSSR.

KRIVIJN, S.V.t SHIM, Zh.V.; DOROFEYENKO, G.N.
Perchloric acid ani its compounds as catalystis In orgibic synthesis.
Part 17: Synthesis of pyryliun malts by -the condensation of el~ -dike-
tones with ketones. Zhur.ob.kh1m. 34 no.1:167.-170 Ja 104.
(MIRA 170)
1. Donatskoye otdelaniye Instituta, organichesitoy khimil AN L1krSSR.

DORCFEYENKO, G.N.; DULENKOp V.I,; KOVALENKOg N.V.
Perchloric acid and its compounds as catalysts in organic synthesis.
Part 151 Preparation of alkyl pyridines from secondary alcohols,, Zhur.
ob.khim. 34 no.11332-334 Ja 164. (MIRA 1713)
1. Rostovskiy-na-Donu goinidarstvannyy universitat i Donstskoys otde-
leniye Instituta erganicheakoy khimii AN UkrS3R.

Kh!V;jN$ ... V., ~ U.
I
Vuthmoi5 of rb. f.!Am.
34 je '64- 27i'lj
I I ", I
. i!(' till V., V,% tirnjy Vfj ~ vor-', . tn- t.

DOROPE=Op G.N.; ZWNGIYETUj Gel.
Syn1hesis of Mylium salts from hydrocarbons with tertiary
carbon atoms. Shur. ob. khim. 34 no.7t2469-24TO J1 164
(RM 170)
1. Rostovkiy6-na-Donu gosudarstvannyy universitet i Institut
khimii AMN SSSR.

ZHDANOVt Yu.A.; KOROLICHENKOO G.A.; ZHUGIYETUP G.I.
Some properties of the peroblorates of acetylated inonosaccha-
rides in the synthesis of 0-g3,ycosides. Dokl. AN SSSR 154
no.4:861-863 F '64. (KERA 17:3)
1. Rostovakiy-na-Donu gosudarstvannyy universiiAt. Predstav-
leno akademikam B.A. KazanBkim.,
I.'
I.

ZHDANCV, Yu-.A.; -1, Du Iv 4" -'.YFNKO , G.N. ; 4"ALMiKOV , V.A. ; SAFAI-'YAN, G. P.
vondensati,)n of
chromylitin perch'-,oratA **ittt arouititic a1dohydes. DokI. All
255 no. i11115-1.18 Ap 164. (MIRA 17:9,)
1. Rootovskly-na-Donu gcpudnr.-tvorm 'vy universi Le, , Pred-
stavlono aPudemIkt-.-,-- '-I.X..Shemyak-4nyu,

7
-I
? av
e~ffij 0.71 1-.,

DOROFEYEEK),..G.N.; DUUNKO, V.I.; DULENKO, L.V.
Perchloric acid and its compounds as catalysts In organ1c synthesis.
Part 19: Synthesis of 5,6,7,8-tetrahydroisochromylium salts by acy-
lation of /_\I-cyclohexonylacetoplienone. 7hur. ob. khtm. 34 no.9:
3116-3119 S 164. (MIRA 17:11)
1. Rostovskiy-na-Donu gosudarstvennyy universitet i Donetakoye
otdeleniye Instituta organicheakoy khindi AN UkrSSR.

DOROPTYE I_MRBAII, V.I.,* DLlIJ-:NKO, L.V.; I;O'Jlf:CV, '!.N.
---- 1~
Synthesis of some ketones In the furan and thlopheno mu-ies.
Izv. vys. ucheb. zav.; khim. I khim. tekh. 7 no.3:432-436 164.
(MI7,A 17:10)
1. Rostovskiy-na-Donu gosudarstvennyy univeraitet, ka-fedra
khimii prlrcdnykh i vysokomolckulyarnykii soyedineidy.

DULENKO, L.V.; DUIMIKO, V.I.; DOROFEYENKO, G.N.
Perchloric acid and its compounds as catalysts In organic
synthesis. Part 20: Synthesis of 01,6,7,8-tetrahydroisochromylivii
salts with heterocyclic substituents. Zhur. ob. khim. 34 no.11.,
3588-3591 N t64 (MIRA 18t1)
1. Roo tovs~ 4 yi,,,na-Dcnu gosudaretvamyy universitet i Donetskoye
otdeleniye Tistituta organichaskoy khixii AN UkrSSH.

WWFEYMKO~ G.?,'.; 1,11AZAIWA, :".V.; I-'()VIK()V, V.I,'.
Reaction of be-zylldcne and `irfur,, lidene dlac,,Oq.-~~(!ror~c w'.th
acetyl porchlorate. Zhur. (b. kh.fir. 34 no.12:3918-'.111?21 D W,
I'M'IF-A IS:I)
1. Rostovskiy-aa-Donu gosudar2tvennyy univer~l tet.

PALCHKOV, V.A.; ZHDANOV, Yu.A.; DOROFEYENKO,-,G.N.
Synthesis of a stable radical from 2,4,6-triphenyl pyrylium salts.
Zhur. org. khim. 1 no.6%1171 A 165. (MRA 18t7)
1. Rostovskiy-na-Donn gosudaretvannyy universitet.

HDA110V Yu.A. !.i".:A , 1
Method of -:xtorillitir t,;o -Firiti;,rt P~w-r. (.1' ar,d
syn thes Is of C-glyco3i,!~!o I~y of Witt!~- reft. ll
g t n.
ob. kilim. 35 ria.1:181-IF3 !a Ful F,
y n - . -.,: P~ k
qostOvskiY-T'a-l)C-r.'.',l * vt

1 ;,.114K0, G.N.; SHFIVIN NAZAROVAI 11
1, %N." V~q,
G.P. p I
Condensation of 1-methyl-3-phenyl--5,b,7,9-,tPLrgiby.~.1r.315cchT--..Iyjium
perchlorate aldehydes of the aromatic and h--!Iv~~rucyclif~ su.-~es.
Zhur. ob. khim. ~5 no.-4.,5?CL-574 Pr 165. 0111111~/ 7111~-Jlll)
3. Rostovokly--na-Donu Foauderstvennyy uriversiket...

DOPOFEYENKOP G.N.; ZIIUIIGIYI,.TL, 0.1.
Method of the synthesis of pyrylitm salts by conderisation of
oxymethylene ketones with ketones. Zhur. ob. khIm- 35 no.3t
589-590 Mr 165. (MIRA MO
1. HostovBkJy-na-Donu gosudaretvennvy universitet i Institut
khindl AN Moldavskoy ISSR.

DOROFEYFIIKO (3.N.; KRIVLIN, S.V.; IE7HERITSKIY, V.V.
~
Perchlor4c acid and its compounds as catalysts in organic a: nthesis.
Part 21: Triphenyl pyrylium salts with functional 3ubstituente in
aromatic ringii. 2hur. ob. khIm. 35 no-4:632-635 Ap 165.
(1,1111A 18: 5)
1. Rostovskiy-na-Donu gonudarstvenziyy universitet.

ZHDANOV, Yu.A.; DOROFMNKO,_,q,.q.j FALCHKOV, V.A.
Perchloric acId and its compounds as catalysts in organic synthesis.
Part 23% Salts of 2-alkyl(3,41 5p6] bla(Indeno)pyryllum. Zhur.
ob. khim. 35 no,5i827-831 W 165. (MIRA 18e6)
1. Rostovskiy-na-Donu gosudarstvennyy universitet.

. QaQa'V.BNKO,- -.14.; ZHUNGIYET-U, G.I. jj'unghlatu, G.T.1
_L
PerchIcrie acid and its compounds as caLalysta in organic synthesis.
Part 22.; Synthesis of pyryliun talts from compounds with a tertiary
carbon atom. Zhur. ob. kh!m. 35 no,6.-963-967 Ja 165.
(MIRA 18-6)
1. Rostovskiy-na-Donu gosudarstvennyy unlIversttet I Tnstlt-at
khA.mii AN Moldavskey SSR.

ZIIDANOV, Yu.A.; DOROFTYENKO G,11.; U"'-LOVA , L.A.
----j. -
Syntheals fir C-vuljotltuted un.,mLiinted
7
Witt g reactiGn. Dokl. AN -"",P 160
(MI-IRA [F-:2)
1. Rostov ski y-na-Donu gosudarf;tvenryy Submitted
July 4, 196,1.

DOROFEYENKO. G.N.t KRIVUNj, S*Voj DULENKO, V.I~; ZHDANOV, Yu.A.
Perchloric acid and its compounds in organic synthesia. Usp.khiz.
34 no.2:219-252 F 165. (WFA 1815)
1. Rostovskiy-na-Donu goBudarstvannyy universitet.

DOROFF.YSNKO. G.N.; LAZURIYEVSM, G.V., akademik; ZHUNGIYE71-i Gj,;
Synthesis of porrylium salts by the condensation of hydroxy-
methylene~clohexanone vith ketones. Dokl. AN SSSR 161 no.2s
355-357 Mr 165. (MIRA 18:4)
1. Rostovskiy-na-Donu gosudarstvennyy universitet i Inatitut
khimii AN Moldavskoy SSR. 2. AN Moldavskoy SSR (for Lazurlyevskiy).

ZHUNGIYL'U, G.I.; DOROFEYENKO, G.N.; LAZURIYEVSKIY, G.V., akademik
S,rnthesis of 17-methyldihydrot tosterone derivattves condensed with
pMIiuwi%Qp.,ridinium cycles. Dokl. AN SSSR 163 no.2072-374 Jl 165.
- (MI RA 18 7)
1. Rostovski)-na.Zonu gosudarstvennyy universitet i Institut khiAii
AN MSSR. 2. AN MSSR (for Lasurlyevskiy).

DULPNKO, L.V.; DULP.NKO, V.I.; KRIVUN, S.V.
Now method of synthesizing 2-benzopyrylium salts. Zhur. org. khim.
1 no.6sll7l-1172 Js 165. (WRA l8s7)
1. Rostovskiy-na-Donu goaudarstvennyy universitet I Donatskly filial
Vaesoyuznogo nauchno-issladovatellskogo instituta khimicheskikh reaktivar
i osobo chistykh khimicheakikh vashchestv.

ZEDANOV,, ru#A#i UZLOVA; L.A.1 DOROMEMKOt G,N-
Now aptbasin of maturated C-glycosiden of anthrons and
fluorene. Zbur.VIHD 10 ne.5s600 165.
(MIRA 18:31)
1. Rostarskiy-na-Donu goeudaratvemVy univeraltat.

ZHUNGMTH, G.I.; VOMELISKIY,-L.X.; DOROFZIENXO, G.N.; LkZMIIYEVSKIY, G.V.
Pyr7lium_dar.iv&t.ivsA._on -the -basis -of steroid tqdroxymethylketones.
Khiz. prirod. AOw4.Uo,5&318-=, 165. (MIRA 1802)
1. Institut. kbin". AN Mo'Anwalroy-.S3B.,-IWstoxit4V-na-Donu gosit-
daratvennyy univeraitet i Ukrainakiy institut eksperimentallnoy
endokrinologii. Submitted March 19, 1965.

ZWT(z
ACC NR3 AP6021632 CODE:
SOML
AUTHORt Zhdanov, Yu. Aal Dordayonko, G. N.1 Korol'ohordw, G. Aot OzoM ~JA- E,
ORG: Rostov on the Don State Univors#y (Rostovskiy-na-Donu gosudarxtv9jv07 J/2
universitet)
13
TM-3i Condensation of D-glyceraldohyde'vith phosphoranas
SOURCE: Zhurnal obshchey khimii, vo 36, no- 3, 1966, 45e-494
TOPIC TAGSt condonsation reaction, aliphatic aldoWe, chemioal synthoniag organio
PhosPhorua comPound.substituent, eater, nonnotallic organic derivati"
ARSMACT: A general mthod of synthesizing I-C-aryl-substituted unsaturated
pentulosoa on the basis of the oQndonsation of glyooraldelUde with benzoylm3thyl-
snotrilYhonylphosphorano and its derivatives is proposed* The preparation of four
now unsat ated pontulosos is described, The ethyl estor of 4,5-0-dik3droxypontone-
2-oic acid an obtained in the reaction of glycorilde do with -c-arbetHc5iY=-U~-y1e-no-
tripho 1 osphorane orig. art. hast 2 formulas*
SUB COD3,t 07 / SUM DATE-;t 05rieb65 / ORIG REFt oo6 / OTH REFt 001
Card 1/1 L C, UDCt

ACC NR, AP7011826 SOURCE COM UR/0079/66/i)36/010/1742/1746
AUVORt Zhdanov, Yu, A,j, Alokseyevo Yu. Ye.; Dorofayenko, G. N.
ORG: Rostov on the Don State University (Rostovskiy.n&-Donu gosudarstvennyy
universitet)
TITLEI Condensation of phosphoranes with 192-0-cyclohoxylldene-alphs-D-xylopentadiala
dose
SOURCE: Zhurnal obshchey khtwilit Y. 36, no. 10, 1966, 1742-1746
TOPIC TAGSt organic chemical synthesis, organic phosphorus compound
SUB CODE: 07
ABSTRACT: - 1, 2-0-Cyclohexylidene -alpha -D-xylopentod is Idose (I), a cyclohexylidene
analog of 1,2-0-isopropylidene-alpha-D-xylopentadialdoce (a promising intermediato
for the preparation of higher sugars with an aldehyde group at the first carbon
atom by the Wittig reaction)o was synthesized In the form of a crystalline, non-
hygroscopic powder. Its infrared spectrum and structure-ravealine; chemital re-
actions vere studied. The compound van found to react with phosphoranes of the
second group, forming unsaturated derivatives of sugars with a furanose ring.
Orig, art, hast 3 ConwIss, CJ_PRS% 40,35V
Card 1/1
UDC:_ 547,454,661.718.1

I . , . 1 -r/ j 1.
L 03026-,".7 i-,4P~ jp'c
----- - ----
ACC NRo AP6025990 SOURCE CODE: UR/0079/66/0313/007/1283/1285
AUTHOR: Gridina, V. F. Kleban3kiy, A. L. ; Bartashev, V. A. -, Do,rofeyenko, L. P,
.Kozlova, N. V. ; 1G;5Fn`ova,_1 ~.' Ve.-
!ORG: none
~TITLE: Synthesi and properties of bis(trimethyl.,jilyl)borates
'SOURCE: Zhurnal obahchey khimii, v. 36, no. 7, 1966, 1283-1285
TOPIC TAGS: organosilicon compound, organoboron compound, organic synthesis, hydroly-
I
:Sis
1ABSTRACT: The synthesis of bis(trimethylsilyl)borates is of interest because they
Iserve as the basis for the production of valuable polymers I In -this investigation
fbis(trimethylailyl)-pr,opylborate, biti(trimethylsilyl)-3,3,3-trifluoropropylborate, bis
li(trimethylsilyl)-phenylborate and bits(trimethylailyl)-m-trifluoromethylphenylborate
:were synthesized with different substituents at the boron atom, in order to detemine
Ithe effects of the structure of radicals on various properties cof the B-O-Si bond. The
Istructure of the above compounds was detemined by elemental analysis and infrared
ispectroscopy. All compounds absorbed in the 13140 cm-1 region, characteristic for the
~B-0 bond, and in the 1410 am-1 region, characteristic for the M3 9"2uP in the CH3-Si
1configuration. Arylborates displayed absorption band in the 1630 cm I region, charac-
UDC: 546.287+546.27

L 03026 -67
ACC NR, AP602544-0---
teristic for benzene ring. Fluorine containing compounds
1000-1200 cm-1 region, characteristic fbr the C-F bonds.
at large dilution in anhydrous nonpolar solvent Si-O-B ani
lysis by traces of water only in the case when one boron
C-I bonds. If in addition to these bonds boron also has
lysis stability increases due to the screening effect of
its structure. Orig. am. hast 1 figure, 1 table.
SUB CODE: 07/
had absorption bands in the
The obtained data show that
C-O--B bands undergo hydro-
Ltom tmntains three Si-O or
t cov.jlent carbon bond, hydra
:he radical, regardless of
SUBM DATEi 3014ar6S/ ORIG REF: 005/ OTH FXF*-. 009
Card

GODYTSKIY, Mlkf~iill~drjgdrlIyevieb; POROFEMKO, Mikliall Petrovich;
WRYPI]IIIA, L,E.., red,
(Collection -f indepen4ent studies and tesL problems in
algebra and gecm.etry for the eighth grade] Sbo---nik saw-
stoiatellnykh 1, kontroI'wjkb rikh3L po aluebre I geomotrit
dlia 8 klassa, Minsk,~ Narodna-la asveta, 1965. lm p.
(MIRA 18s?)

1~
KINEV. S.; NOVOT, M., tkachikha-, BAZIUWV, T., olasarl (g.lagansk);
P'On At.; SMMIJOV, A.; Al-IMISAMMOT, A. (Dnepropetrovsk);
Mff,
KIBBLIW, V.
Bditor's viall. Bov.profeniusy 7 no.18:40-45 S 159.
(miu 13:2)
1. Prednadatall komitsta profsoyuza rikokavatornogo teakhA Uralma,-
sbzavoda (for Kinev). 2. Profgraparg fabriki inani 8 martit.
g.Ivanovo (for NMI)- 3- Predsadatell rayonnogo komitata prof-
ik9yuza zheleznodoroshnikov Valikolukal-cogo otdoleni" Kalininakoy
shelesnoy dorogl(for Dorofeyev). 4. Profgruporg otdolonlya litay-
nogo teekha zavods stroymehin, g.Orak, OranburgHL-aya oblaat'
(for Sheyanov). 5. Inapaktor TS3ntz-alluago komiteta profnoyuza
rabochikh i sluzhashchikh sellskogo khozyayetva I zagotovok (for
Kiselev).
(Ifficiewy, IndustrIal)

ICHARINA9 N.; MCIIEDLISHVILIt I. (Thiliai); Fl."TROVO H. (stantsiya Agryzp
Kazanskoy zheleznoy dorogl); ZHENOV, N. (g.Sovetek, Kaliningradekoy
zhelazncT dorogi)j DORO~.-A.j TIMOFUKV, re., gazoalparAtchiki
ZHORZHOIADZEt O.j TMINO I; '(Minsk)
Letters to the editors. Sov. profsoiusy 17 no.1:39-42 Ja 161.
(MIRA 1/,:l)
1. Brigadir brigady kommunistichea):ogo truda Navooibirskogo koshevenno-
obuVnogo kombinati (for Kharini). 2. llredsedatell rayonnogo komitelui
profsoluza zbelemodoroahn' ovv Velikiye Luki (for Dorofeyev)i.
3o Chltm bibiloteohnogo soveta g.Sbalino (for Timofeyev). 4. Predeedatell
Dorozhnogo kcmiteta profsoyuza rabotnikav zheleznode-r;~zhnogo trans-
porta '!akavkazdkoy zheleznoy doro#.i (for Zhorzholadze).
(Trade uniorw)

PORO. ~,, ~Jk Carilirinto of TechnJcnl gel-mcos
Ailthor of nrticlii, "Th- Chnvictor-l-tien of -in At,-,r7.lc 7.'xplo-lon,"
Doblast' , (2Jth Air krmr), Su:~ 5/,; 5sovetnI-n-m Am."J-,rr,, Croup of ')o-fiqt
Pnrces, Gormnrkv, V, Auf,
, 54
SO-' -IM4 P91, 2 Pric 1954

DOROPEYEV, A. (Engr - Mai)
Author of articlej, "Atomic Wbapon and Antiatomic Defense (Radiation Recormissance),"
concerning the characteristics of various types of atomic explosions (Land, air, and sea),
the pattern of radiation resulting from them,, and the methods of conducting reconnaissance
after atomic blasts. (KZ, 23 Oct 54) (KZ -- Krasnaya Zvezda)
SOt Sum 369, 2 Feb 55

MM13ye, A,# twhener-mavot, kwadi&t tekhnicheskikh nauk.
The nature of an Moxic explosion. Toon. Snan. 30 no, 8:19-20
Ag.154. (VISA 8:1)
(Atomic bomb)

11 n17,,!
I~~oolz
Cf a
"Or)-~.-ratio- Under Conditions of Ri~dioactive Fall,nv
Problcms in-tlic Utilizotio:i of Atomic the
collectlov ol' ,jrtJcle3, rublishcd in

AID P - 4703
Subject USSR/Aeronautics - Air defense
Card 1/11 Pub. 58 - 15/17
Authors i Arkh1pov, M., Candidate in Technology, and A. Dorofeyev
Title Engineer defensive means against atomic weapons
Periodleal t Kryl. rod., 5, 21, MY 1956
Abstract i The author passes in review different possible ways of
protecting the population of inhabited localities from
the effects of atomic attacks, and indicates where and
how shelters may be organized. One design,
Institution None
Submitted No date

85-58-3-24/26
AUTHORS- Arkl-.,ipov,, M., Candidate of Technical Sciences, and
Doroieyev, A.
TITLE: Conduct of Population During an Atomic Attack (Povedeniye
naseleniya pri atc-nnom napadenii)
PERIODICAL: Kryllyarodiny, 1958, Nr 3, P 31 (USSR)
ABSTRACT: The authors state that losses in human lives and
material resulting from an enemy atomic attack can be greatly
reduced bit adequate warnings and preventive measures, involving
constant air observation and speed in issuing warning signals.
Should the objective of the attack be within 100 km from the
border, the enemy plane would cover the distance in 6 minutes,
during which time much could be done by local anti-aircraft
defense. Under an immediate threat of attack, the "Air Alarm"
signal is sounded, consisting of prolonged blowing of whistles
by factories, plants and steamboats, while sirens are blasted
by radio for 2 to 3 minutes. The Air Alarm signal serves
simultaneously as the signal of an enemy atomic attack. As
soon as areas contaminated by chemical substances and radioactive
Card 1/3

Conduct of Fopulaticn During an Atomic Attack 85-58-3-24/26'
fall-out are discove;-,ad, the"Chemical Attack" signal is given over
-t-he radio by strfki_-ag metal objects, such as pieces of rails, etc.
Preventive Indooll defen3e measures require the removal of inflammable
articles from ha'I'J'.s E.-a-3 attics and the maintenance of supplies of
water for fire fighting a4nd for drinking. Befo_,a leaving a
building during an alarm, windows and Mutters must be closed,
fires in hearth3 ard stoves extinguished, heating and gas appliances
disconnecte6. Wooden fences and piles of trash in streets must be
removed. Iridividjuols should keep anti-chemical defense remedies
against radio-active, ftll-out; these include antigas equipment and
protective clothing. Bed and table linen, bandages and handkerchiefs
may'serve as prot'-0eption from radioactive dust. In wartime, areas
exposed to possible .9ttack are placed under martial law. Local
civil and military nvganizations issue special orders and
instructions which a21 citizens must carefully study and strictly
observe. At an Air Alarm. Bignal.the pvpulation, whether at work
or in other places, must immediately seek shelter. Those at home
should dress quickly, gather their protective equipment, clothing
Card 2/3

Conduct of Population During an Atomic Attack 85-58-3-24/26
and food, disconnect utilities, extinguish stoves, close windows
and shutters, and leave for the nearest shelter, following the direc-
tiona,ponted.in the.streete.The first indication of an atomic
explosion is a blinding flash visible at a distance of many
kilometers. In this case, everything depends upon the distance
from the epicenter of the explosion and on the speed and
efficiency of action. As soon as an explosion occurs, one must
immediateily seek some protective shelter or lie face down,
covering the exposed parts of the body and turning the head away
from the explosion. The area may be contaminated by radioactive
substances (Boyevyye radioaktivnyye veshchestva - BRV), either
fall-out from an atomic explosion, or scattered by planes, artillery,
mines, etc. The effect of radioactive.substances upon the internal
organs Is much greater than upon the external parts. The penetration
of alpha and beta particles into the human organism Is particularly
dangerous. Precautionary measures in contaminated areas include -
prohibition of smoking, drinking, or eating without authorization,
care to avoid raising of dust or lying on the ground. A weapon iz
dangerous only so long as protective measures remain unknown.
Defensive measures and methods against atomic weappns are now well
known and need only be studied and applied.
AVAILABIX: Library of Congress
Card 3/3

DOROFEYIN, A., inzhener-pod~olkovnik, dotsent, kand.tekhn.nauk
Proximity fuses. Vest. Vozd. Fl. no.11:87-89 N '61- (MIRA 15$2)
(Guided missiles) (Fuses (Ordnance'/)
I

DOROFEYEV, A.1 TSVETKOV, V., vrach; BAKHTIN, A.
Readers relate, advise and criticize. Sov. profsoluzy 18
no.806-37 062. OURA 15:4)
1. Predsedatell rayonnogo ko mitsta professionallnogo spyuza
sholesnodoroahnLkov Velikolukskogo otdaleniya Oktyabrlakoy
shelesnoy dbrogi (for Dorofeyev). 2. Belokolodazlekaya
uchastkovaya bollnitsa, Orlovskaya oblast' (for TSvetkov).
3. Zaveduyushohiy klubom Sualongerskogo lesokombinata,
Marlyaka.,,a ASSR (for Bakhtin),
(Comunity centers)
(Oral Province-Agricultuml workers-Diseases and hygiene)

DOROPE rEVj.,-A.
Closer-to-production education creates more stable haLits. Avt.-
transp. 40 no.4t4g-49 Ap '62. (WRA 15:4)
1. Direktor Chelyabinskogo avtodorozhnogo tekhnikuma.
(Chelyabinsk-Technical education)

DOROISYEVO A.
Better organization of practioal training. Avt.tranap. 41
no.2t5O F 163. (KIRA 1632)
(Automobile drivero-Education and training)

,e ; 1~ .
DOROMEV I k I
Eddy currents prevent accidents. Onstakh. 7 no.Us26-31 N 162.
(KIRA 15s12)
(Metals-Testing) (Electric currents, Eddy)
11

BYKOVSXI:T, Vadim Nikolayevich, dokior teldinichaskikh nau~- *DMOI*Imvo
L.A., radahor; ROSTOYTSUA, X.P., relaktorl POS , T."r.-,TWW
n"Mkiy rodahor
Dlue in constmation work] Ilet v ittrottalliVkh konstruktatiakh.
Hookva, Goo. bid-vo lit-r7 pa stroitalletvu i arkhttakture. 1955.
6,11 p - (K= 8:6)
(Adhesivea)

DOR07r,rIV. A.7.
- I
Volga-Baltic waterway. Transp. stroi. 9 no.11:23-26 N '59 (MI" 13:3)
1- Umestitell nachalInIka proisvodstvennogo otdela Glaymorrachatroya.
(Volsa--Baltic canal)

DOROFEYEV, Aleksgy Fedorovich; KLMASFIMIICH, Vladimir 111'eh;
MM91CIF_N_KO_,7T.., red.
[Manufacturing large sand-lime blocks with unslaked lime-
practices of the !-Ansk P2ant for Large Building Florientsi
ProizvodAvo krupnykh allikatnykh blokov na negn3her ~ iz,
vesti; Iz ojr(ta raboty Hinskogo kombinata krupnoblochkvkh
str,. illnykh konstrukt3li. Flinsk, (zor,.izd-vo RSSR, 1961.
89 1, - (MIRA 17;6)

DORDYBYXY, it. I.
......... ~,, ---C ~ 4 F-, Wl-~ V~ -
"Jimplify the payment of workers. Torf.prom.33 no-2:23 156o
OMMA 9:6)
I.GlavW bukhgalter Sverdlovskogo torfotresta.
(Peat industry-Accounting)

-1 , ~: . ~
-, i_ - --
; I - . ."~ -, ~ - --.I.,- ..ri - 1 1: , - -..- - ;-, -
I I~ 1., .4 -.' ---:,, - : ~-. -! ~,--. .
I- --- ~- . -" ~- ~ -: - .:- . --- - -- : -- -- . -- --,-----I . - - - -.: - - --.
- -- -1-2~----- ~~- ---- -- -- - .-- - - - - - -- --- - II ~ . - -- .
-M---

LEVI, S.S., kand, tekhn.nauk; RATNER, N.A., inzh.; KOFMICF, L.Kh.,,
inzh.; WDATYJLN,, S.A.j, inzh.;,PQROFEM,,--A.Xvj- inzh.
D'YACBENKO, P.Ya., in2b,j KLIMOVA, G.D., red. izd-va,-
140CIIALM,s Z.S.2 tek-hn. red. -
[Instructions N9-61 on reinforcing techniques in industrial
and public construction) Ukazaniia po tekhnologii proizvodstva
armaturMkb rabot v pror7ablennom i grazbdanskom stroitellst'Ve
09-61). Mosk-vap Gostroiizdato 1962. 319 p. (HIRA 15:7)
1. Akademiya stroitel'stva i arkhitektury SSSR. Institut orga-
nizataii, mokhanizataii i tekhnicheskoy pomoshchi stroitel'stvu.
(Concrete reinforcement) (Precast concrete)

26 (5)
AUTHOR: r,orofeyev, A. L. SOV/32-25-7-25/50

TITLE: Hon-destruotIve Tests According to the Method of Eddy Currents
7)y Means of an Attached Coil (Nerazruchayushchiye ispytaniya
metodom vikhrevykh tokov a pomoahchlyu nakladnoy katushki)
PERIODICAL: Zavods kaya laboratoriya, 1959, Vol 25, Ur 7, PP 650 - 853
(USSR)
ABSTRACT: Devices for the control of defects in material by means of eddy
currents are explained where the test object is not destroyed.
The working principle of these devicos is based on the determi-
nation of the effect of an electromagnetic field of eddy cur-
rents in the exciter coil by determining phase and amplitude
of the current. At pre3ent there exist devices of this kind
which can be applied for the deteGtion of defects in surface
layers of nonmagnetic metals for oontactleas measuring of e--
lectric conductance, thickness of galvanic and varnish coatings
and for measuring the thickness of thin sheet metal and tube
wells. The apparatus used for this kind of measuring consists
of a sand generator ZO-12, and inductometer 273, a q--meter
KV-12 lamp voltmeters (for example MVL--Zm' and oacillographe
Card 1/2 BO-7p as well as a coil transmitter (or two, a measuring coil

Non-destructive Tests According to the Method of SOV/32-25-7-25/50
Didy Curronts by Means of an Attached Coil
ani a compensation coil). Two block eahemes of this kind are
di,soussed which can be applied in laboratories. The thickness
of eleotrict non-conducting coats was measured by means of one
of the described devices and it was found that the eddy current
method can be used for measuring thicker layers, if the dia-
meter of the coil is enlarged. The second of the described
block schemes which is equipped with a bridCe circuit (Fig 4)
served for testing cracks on and under the surface of alloy
samples D16 and V95. There are 5 figures.
Card 2/2

S/032/60/026/011/017/035
B004/BO67
AUTHORt Dorofeyev, A. L.
TITLEt Suppression of the Effect Caused by Changing the Distance
Between Coil and Metal Surface in Apparatus Using the Eddy
Current Effect
PERIODICALi Zavodeksya laboratoriyaq 1960f Vol, 26, No. 11,
pp. 125'
1256
TEXTt The disadvantage of instruments for material testinAy means of-
eddy currents is that their data are influeFe-ed-by- the distance between
measuring coil and metal surface. The author describes an apparatus with a
compound. coil whose prAmary winding is parallel to the primary winding of
the search coil, whose secondary winding, however, is in opposite direction
to that of the search coil. The author discusses the conditions for
designing such a circuit on the basis of a change in the impedance of the
search coil due to a different distance between coil and metal surface, of
the conductivity and permeability of the metal to be tested, and the effect
caused by the defects contained therein. With the circuit suggested the
Card 1/2

Suppression of the Effect Caused by Changing S/032/60/026/011/017/035
the Distance Between Coil and Metal Surface B004/BO67
in Apparatus Using the Eddy Current Effect
effect of the varying distance between search coil and metal is compensated
insofar that only the voltage amplitude is varied, whereas the phase
remains unchanged. S. N. Sadovnikov took part in the experimental work.
There are 6 figures-TR77e-fe-rencess 2 Soviet and 2 German.
Card 2/2

.-.. DOROMV~ A.L.IVMCILWSKIY# ,..D,,, doktor takhn. nauk, prof.. retsenzent;
PUMDVMMp G#14.p inzh,p redal ACEYCHEVAS W.S.p red, izdwva; ORESH-
R7NAp Map tekbrio reds
(Nondestruative testing by the eddy current meUM] Nerazrushaiu-
shchis ispytaniin metod= vikbravykh tokov, 14oakva,, Goo.nauchno-
ttikbn.izd-vo Oborongim, 1961. 156 p. (MIRA 34:12)
(Nondestruotivo testing) (Elactrio currentep Eddy)

8/032 62/028/002/036/037
B YB104
AUTHORs
TITLEs Now devices for nondestructive testing of materials
PERIODICALt Zavodskaya laboratoriya, v. 28, no. 2, 1962, 252 - 253
TEXT3 A brief description is given of three devices for the nondestruc-
tive testing of materialst (1) induction device 0-11 (IE-11) is based
on the use of eddy currents abd serves for the rapid measurement of the
electrical conductivity at the surface of parts, semifinished products,
products made of heat-resistant alloys, magnesium alloys, and other alloys
of magnesium and other nonmagnetic metals. The electrical conductivity
is determined at tho limb of the device (calibrated in absolute units of
electrical conductivity) when the feeler is placed on the surface of the
test sample. Relative measurements can be made with the scale of the
pointer instrument. Each measurement takes 3 see. Measurements can be
made up to a layer of paint or dirt of 0.2 to 0.25 mm on the surface.
Properties affected by the beat treatment, chemical composition, purity.
segregation, and surface cracks can be checked. Structural changes,
Card 1/3

S/032/62/028/002/036/037
New devices for ... B116/B104
corrosion processes, eto. can be examined. Data of the devices
11
measurement range 0-5 to 5 m/ohm-mm4; maximumarTor + 3% for a thickness
of the materialatl.2 mm and a diameter of 12 to 17 mm of the spot where
the feeler is appliedl frequency of :urrent input 500 kc/sect input vol-
tage 220 vi power consumption 36 w; nize 280-222-220 mm; weight 4.5 kg.
(2) Induction device W9-1 (IE_ 1) of the zavod Elektrotochpribor'(Elektro-
tochpribor Plant) in Kishinev, ul. Kbazdeu, d. 74. This is a device
similar to IE-11, but withma different measurement range. Datas
measurement range 15 to 60 m/ohm-mm 21 maximum erzor + 2.5% for a thickness
of the material~--0.8 mm and a diameter of 10 to 15 ;6 of the spot where
the feeler is applied; frequency of current input 40 kc/aecl input voltage
2201 power consumption 361 size 280-222-220 mm; weight 4.5 kg. (3) Induc-
tive thickness gageTlrH-1 (TPH-1) of the zavod Kontrollpribor (Kontrollpri-
bor Plant) in Moscow, Vorontoovskaya u1., d. 18, The instrument is used
to measure the thickness of nonoonduct:: ng coatings (paint, anodic oxida-
tion ). The thickness is indicated on a scale graduated in microns when
the feeler is placed on the surface of the sample. Each measurement
Card 2/3

New devices for ...
3/032/62/028/002/036/037
B116/B104
takes -2 sec. Datat totalceasurement range I to 200,-,.; frequency of
current input 2 Me/secl input voltage 220 vi pover consumption up to 40 w1
size 276,222-196 mm; weight 4.5 kg.
Z
Card 3/3

3/op/62/028/0-J9/001/009
B104/B102
i i ri, ik)), Jorufeyev, A. L.
C__~"Stin~t~of -rol'~-an-atubes of non-magnetic metals by the eddy
current neClod
I U ~j I r. A L .Zavoiokajra 1nbomtoiiya, v. 2,69' no; 9, 1962, 109, - 1100
'Phe ellipse m,(,athod used for detecting flaws as here descrilic."'. '
f~d,'.y c-,;rxi~nt inethod in which a mcasurinr, coil, and a compensatinr, coil eMit
which -.)artly compensate one another so that in the cnse.of a fla-.--
Icss tpsf. 'piece nn ellipse is forined on the oscilloscode scrden. In t 111 e
nionence of a test :jiece a z3t-.rnirht line is seen. The Aase of the refer-
encr; vol tage can be so chosen that the inclination of -the ellipse cli;L~' J:es
,vith the i-A. dintriete. . Ylawr and chanres in thd stritoture of tine witeri-!l,
c-,.uaina varintions of the electri 'a confluctivity, are shov.,n on the ocm:n
by 6izilorted A stundard piece or a desiCnated pr-rt of the
91')CCV,40-n i!l Usqd for coi:,ponsation. The shnpe and inclin.:tion of the ellipse
llow Vbp, kind of defect to be entimated. The ellipse method cakos it
pon oilble to eliminate by suittible adju3tment one of the followinfi factors
Card 11Z

6/032/62i
Tce.tinjr o)f rods nnd tiibez3 . . . b 10,', /B 1 o'2
ii-ii , -k, tlie dcluction of defectz difficult: (1) V trintionz; in :al
t'n.iCVnr--3iIG of tiibes;(2) vqristions of the inner ;ind outer Jia--eter, (3) AB
non-uni:ocaiity uf structure. Detailed inve3rigationa show, that in V.in-
t1lbef., it is pol-, iblo to dutect flaws Fffectinr 15-20,', of t;.(: wall
triie"'.111,55 ~Imd that f1mvc in thick-walled tubes are revealed if ,---,y -ire not
!: r, 11 c r i, i ~ i n G' - 15 mm -'Ciio prenence of ant(_-phasc makas fl-tv; ilotection
more di f;' I.c-,dt.
Card ~~/-z

CHERKUN, V.Yu., kand.tekhn.nauk;-PQAPFEM,..A..L.-,[Dorofieiev, A.L.19 inzh.-
makhanik
For reliable operation of hydraulic systems. Hekh. oil'. hosp. 14
no.6t17-19 Js 163o (HIPA 170)

D,OROFZYZV, A.M., Imndidat takhnichookikh nauk.
1- _fft .- ", '--'
'mdik of'sh"r for welded electriully riveted joints. Trudy
Ural.polltekh,inst. no.42171-77 '35. (am 9:8)
(Welding-Testing)

DOROYBTXV, A.N., kandidat tekhnlchesklkh nauk.
%%t --- MOMMISN"Oft
Uperimental investigation of relative, shear in spot welded joints
under shearing stress. Trudy Ural.politekh.last. no.42:78-86 155.
()UAA 9:8)
(Welding--testing)

DOROMN,.,A.N., kandidat takhiklebookikh nauk.
--
Distribution factors as a beets for calculating shear stresses in
joints with discontinuous displacement bonds. Trudy Ural. politekh.
inst, no.62:73-84 156. (KRA 1032)
(Weldiw-Testiva) (Strains and stresses)

DOP,OFEYIEV,_A..L, dotsent, kand. tekhn. nauk; NIKONOV, 1.11., dotsent,
kand. tekhn. nauk; KAI;fANOV, V.D., aosistent
Vibration strength of olectrJe rivet wolds as related to the
number of electria rivets in a longitudinal row. Sbor. nauch.
trud. Ural. politekh. inst. no.122:254.-267 161. (MIRA 17:12)

AM4008936 BOOK EXPLOITATION
Dorofeyev, Anutoliy Hikolayevich
Rocket detonators ryi'vral'41T raket) Hoscow, VoyenLzdat H-va oboir.
SSSR, 1963. 84 p. illus., biblLo, Errata printed on inside of
book cover. 15,000 copies printed*
Siries note: Za voyanno-tekhnichookiye zna:miya. Raketnaya t-ekhnika.
TIPIC TAGS: detonator classification, imp&-cc mechanism, mechanical
detonator. electrical detonator, solid fual detonator, noncontact
detonator'. radio detonator# optical deton.ator, artillery shell,
missile, Doppler effect, emission impulse, reflection Lmpulse,
target area
PURPOSE AND COVERAGEt The book is intended for military personnel
and students at military schools and for general readers. The
construction and operating principles of percussion, time, and
noncontact--action detonators are described. Concise information
on their'development and classification ia given. Existing time-
detonator characteristics are illustrated by detonators used during
Card

AM4008936
the World War II, The book utilized unclassified Soviet and
non-Soviet publications and belongs to the series "Rocket Tech-
niques'.' published by the Defense Ministry of the USSR.
-TABLE OF CONTENTS:
i
Introduction -- 3
1. General information on detonators -- 3
2. Classification of detonators -- 5
3. Concise historical information -7
4. Basic requirements for detonators -- 11
Ch. 1. Percussion detonators -- 12
.1. Mechanical detonators 12
2. Electrical detonators 24
3. Diagram of.electrical detonators 27
Ch. 2. Time detonators ---3'3
1. SolLd-fuel detonators -- 33
2, Mechanical (clochwork) detonators 35
3, Vectrical detonators 37
Card
t

L 16759-63 EWPtk)/EWP(q)/kWT(n)/M OnC/ASD JD/'Mf
S/..24/63/OW/004/057/064
AUTHORs Dorofe As KOJ Nikonov,.I. Pej "Lcz~y-_D-
TITIZ: -Vibration strength-of eleotroriveted jolnts as afunction of:the number
of electrorivets_# a longitudinal raw
PMIODICALs Referativnyy zhurnal,, Makhanikas no. .4.,1963.. 57,, abstract 4V482
Me nauchn. tro Urallekiy 221itekhn. ii~-t. vyp. 122, b61., 254-267)
TEXT: The-authors a4#uce data on the distribution ol.
forces in joints consisting
of are spot weldi s V points disposed in a single lines They reach a wn,,Iusion
with use of -equatiog in finite differences. The couclusion
is to the effect that
an increase in the number of points in a longitudinal. row above 5 or 6 does not load
the extreme points, and that therefore increasing thiz number is useless if intended
to increase the strength of the joints* They present data from an experimentLl
study of samples; these show that withyrepeated'loaWngs at cycle r equals 0.4 with
number of points greater than seven,, the besiing-capt.city of the joint is lowered
in comparison vith the optin* number of points (abotit 5). With a small number of
points, the bearing capacity 16fa joint is increased linearly as they increase; but
vrith n greater than 4, this increasedr,ops off sharp3y,. being fo3l=ed by an actual
decrease. 0. A. Nikolayev.
(Abstracter's note: Complete translation.]
Card 1/1

DOROFEYEV, A.P.
Quick method of determining the mineral conponition of clays. Raz-
ved. i okh. nedr 27 no.107-58 Ja 161. (14IRA 17:2)
1. Podmogkovnyy nnuchno-issledovaiellskiy ugollnyy institut.

DOROFFMI A.- P.
.000m-
.nal J-.A,-4nR layers of the Moscow Basin,
Formation of sulfur pyritein r
Biul,MOIP.Otd,geel*38 no*21126--4.I2-Xr4V'--'63.
(MIRA 16&5)
(MoseAw Basin-Pyrites)

rnlkidze.

DORGFEYEVp A'.P., asf-irarit
Effect Of SOMO geological factors an the pyrite potential of
coals in the Moscow region. Izv. vys. ucheb. zav.; geol i razv.
8 no. 12143-47 D 165 (MIM 19t1)
1. Moskovskiy geologorazvedocbnyy Institut imeni S. Ordzhonikidze.

LOGGINOV, G.I.; DOROFEYEV, A.Ye.
Radioactive method of determining the homopneity of mixtures
of sand and cement. Sbor. trud. MISI no.50i5-10 165.
(K[RA 18-12).

L I
.L4Z:L7.. _EWT(!n)_
-110
ACL NXj AT60165-i4 ---Suulfdk~ CODE2 UIV30 ST
'AUMORS% ~cgeiaQxx_2,_1Lj DorofeY9v,_A_-X9s_ /47
ORG: none
TITLE: A radioactive method for determining homogeneity In a sand-cement mix
.SOURCE.- Mo-scow. Inzhenorno-stroitellnyy Instituta, Sbornik trudovs no- 50v 19659
Fizicheskiye motody isoludovaniya avoystv atroitelinyM materialov minerallnogo
proiskhozdaniya (Physical method* of investigating the properties of builAing
materials of mineral origin)s 5-10
TOPIC TAG3-. concretes tracer study, radioactive agent
ABSTRACT: Previously used techniques of employing radioactive isotopes for deter-
mining homogeneity In aggregates are reviewed; and their defects are pointed OLIU
These defects aret 1) clogging up the operation of the mixers especially when .
cobalt is used; 2) necessity of using large quantities of activated materiall and
3) operation with short-lived indicators (half-life of hours rather than days)* The
authors propose a method based on the selo:tive adsorption of Srt$9 on sand because of
different degrees of contamination in the aggregate. In testing the materials
crystalline sandsofgarious grain sizes and different degrees of contamination with
clay were used, Sr was added in an aqueous solution of strontium nitrate (beta-ray
Card
- L-VT

1. 10349---67-
ACC NRt AT6ol651h
ene'rgy of 1.03 Mev and half-life of 50.5 days). Samples were tested for radioac-
tivity with a B-2 end-window counter or with a BFL-2 or FZT-17 counter. Background
was below h0 counts per minute, Graphs were plotted for counts per minute of tested
samples against time from beginning of mixing. It was fowid possible to determine
the degree of homogeneity,of a two-component mix by means of standard deviation
within six hourso and when a hydration inhibitor was used -the time was considerably
shortened. With this method the efficiency of the mixing operation may be determined
without impeding or harming its activity or its production. Determinations are made
from observation of the initial rate of docreasing standar4i deviation or the time .
its asymptotic value in reached. It is possible in this way to determine the amount
of clay admixture in sand by the amount of adsorbed strontium on the clay pattialese
Orig. art. bass 3 figures and 1 formula.
SUB CODEt 3-1,, J%/ SUBN UTE i nono/. ORIG REF 1 008
M 10% 1.

18.2000 78051
sov/13o-60-3-20/23
AUTHORS: Dorofeyev, B. A. (Director),Lipovskiy, I. Ye. (Chief
'6~r e-FxperimenE-aT and Research Laboratory)
TITLE: Stone Casting for the Industry
PERIODICAL: Metallurg, 1960, Nr 3, pp 35-36 (UISSR)
ABSTRACT: In 1958 the first stone casting plant I n the Uk raine
was put into operatIon In Stallno. The charge of the
Stalino plant is made up of (%); rock--70; dolomite
dust--20; quartz sand--5-10; chrom'.um-magnesite powder--
max 5. Chemical composition
Composition of Charge Materials M
Components Sio2 Al203 FeO + Fe 203 C`ao MgO Others
Rock 50--511 20-25 9-11 "1--4 3--5 5--6
Dolomite 9.8 3.8 2.3 50-~ 31.5 2.4
Sand 97.40 0.13 0.39 1.41, 0.40 0.24
Card 1/ 4

Stone Casting for the Industry 75051
SOV/130-60-3-20/23
The new charge and the technological process were
developed by enginee-rs A. I. Sibilev and N. A.
Bukhavtsev in cooperation with the authors. All raw
materials except rock are precrus.'aed before delivery to
the plant. Rock is crushed before charging. The melting
period In 1-1.2 ton coke-fired furnaces varies between
2 and 2.5 hr at 1,4500 C. The plant specializes in the
production of' 185 x 115 x 20 mm plates used for the
lining of various bins and conveyers of ore, coke, sand,
etc. The plant also produces 1,200 mm long pipes
(150 and 190 mm diam) and 250 x 250 x 40 mm plates.
At present the plant is trying tc Introduce ball mill
linings and balls as well as insulators and intricately
shaped plates. The plates are cast In heat-resistant
steel chill moldo atid crystallizecr In a muffle furnace at
950-1,0000 C. Final annealing In a Lehr furnace takes 14
hr. Tempevature of 8he finished plates as they leave
the furnace Is 50-6() C. Technical characteristics of
Card 2/4 stone casting at the Stalino plant are:

Stone Casting for the Industry
Card 3/4
78051
SOV/130-6o-3-20/23
Specific weight (g/cm3)
Volumetric weight (g/cm3)
Oxidation resistance (according to State
Standards GOST 475-53)
in sulfuric acid
in hydrochloric acid 2)
Abrasion resistance (g/cm
Mohs' Scale hardness
Mechanical strength (kg/cm2):
compression
bending
tensile
Water absorption M
3.08
2.8-2.9
99-75
99.44
0.03-0.o4
8-8.5
to 2,500
600
150
0.01
Heat resistance is determined 8y heating specimens to
1000 C and water-cooling at 18 C. and equals 7 to
lotemperature changes.
1

Stone Casting for the Industry 78051
SOV/130-6o-3-20/23
Chemical Composition of Casting M
sio2 A120 3 CaO M;O FeO + Fe203 Na 20 + Kp
45-49 18-20 10-13 8--lo 8-9 2-2.5
Structure of the stone castiligs Is dense and uniform.
Hardnes3 and abrasion and oxidation resistance indicate
the applicability of these cantings in numerous fields.
The authors recommend their u:se in roller-type screening
machines, working wheels, and bodies of sand pumps, etc.
The troughs and bins at the new Krivoy Rog Beneficiathn
Combine (Novokrivorozhskiy obogatitellnyy kombinat) are
lined with cast titone plates. Cast stone pipes are
used at Chumakov Central Beneficiation Plant (Chumak-
ovskiy TsOF), Mironovo State Electric Power Plant
(Mironovskaya OMS), etc. The economic advantages as a
result of the application of cast stone parts are tre-
mendous: The life of the equipment increases from 5
to 10 times and thousands of tons of metal are saved.
ASSOCIATION: Stalino Stone Caoting Plant (Icitalinskiy kamneliteynyy zavod)
Card 4/4

ijt~~i,%)FraEVj 9.F.9 Cand Tech 5oi -- (diss) "Stabi ty of
Ii
pp with
fill . carr, in unloading." KharIkov, 1959, 21/graphs
(Ilin cf Railways USSR. Khar1rov Inst of ~ angineers of
Railrao' I ov) 150 copies (KL, 2C-59, 126)
r _)d ransport im S.11. K:Lr
t
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