SCIENTIFIC ABSTRACT GRIGORYEV, G.N. - GRIGORYEV, IV.F.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000516810011-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: July 27, 2000
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

GRIGOW W p G.N.-(Angarok)
Anesthesia in tonsillotomy. Zhur. ush., nos. i gorl. bol. 21 no451
70 S-0 161. (TONSILS AURG:~iY) (ANILSTI ",-'IA) (MIRA 15:1)

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palcol ita. "
repoit ~subriilttcd for '(th Intl Con~,,, Anthropollogl(--.aL It. Ethric)iogicul Sciences,
Moscow, 3-10 Aug 64.

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GRIGORIYIV, G.P., kwAIdat takhnIcheakikh nauk (Ioningrad)
Coke chemical industry. Khim. v shkole 10 no.4:6-18 JI-Ag 135.
(Coke industry) tKERA 8:9)
~;----~-1~11-1~i,T,-- - .. 1111--~~ 1:,/;
M'-- -

BLOSHTEYN, I.I., inzh.; VAYDMAN, R.I., Inzh.; GRIGORITEV, G.P., kand.tekhn.
nauk; PASECHNIK, S.Ya., doktor tekhn.na4k
Testing corrosion-resistant materials during the production of
chlorine dioxide. Trudy LTITSBP no.8s89-95 161. (MIRA 16:9)
(Corrosion-resistant materials-Testing)
(Chlorine oxides)

GRIGORIYEV, G.P., kand. tekhn. nauk; SAYAFOVA, L.V., starshiy inzhener;
-----YASILIYEVA, T.M., kand. khim. nauk
Comparison characteristics of some properties of Industrial
lignin products. Trudy LTITSBP no.10&49-56 162. (MMA 16:8)
(Lignin-Teating)
Z

GRIGORIYEV, G,P., kand.tekhn.nauk; VAYDMAN, R.I., starshly inzhener;
BLOSHUYNp I.I., starshiy inzhener; ZHOLOKDZI, I.A., starshiy
inzhener; TURUNINA, Ye.l., starshly inahener
Developwnt of formulas for the lining of the towers for chlorime
dioxide bleaching of pulp. Report No.ls Impermeable lacquer-paint
base coating. Trudy LTITSBP no.11:83-87 162. (KMA 16tlO)

KLUff, F.B., starshiy prepodavatell; GRIGOIL!YEV,-G.P., kand.tekhn.nauk;
DOBROBORSKAYA, R.N., mladshiy nauchnyy sotrudnik
New types of suede, velour and velvet materials manufactured with
a paper base. Trudy LTITSBP no.11:141-151 162. (MIRA 16"10)

VOLKOV, Axiatoliy Dmitriyevich; GRIGORIYEV, Goorgly Pavlovich;
BRODOTSKIY, A.I.j, red.; MIKHEYEVA, L.N., rrd.izd-va,-
FARLOVA, G.L., tekhn. red.
[Physical properties of spent liquors from woodpulp
manufacture] Fizicheskie avoistva shchelokov tselluloz-
nogo proizvodstva. Moskva, Goslesbumizdat, 1963. 98 P.
(MIRA 17:3)

YIJFA, M.S.1 GRIGORIYEV, G.P.; VARENTSOV, P.V.
Some laws of hydrodynamics of a fluidized bad. Zhur. prikl. khim.
38 no,7tl520-1527 JI 165. (MTRA 180)

GP:GIRIYZV G.F.; BLCiFjIITFYN, I.I.; VAU-MAN,
--------~ -
Selection of mterfals of corrov1c,n-!,,)B1riant u-m,er !,?.6 curidlt.,ons
of chlo-'Inn dioxide production and bleaching of cellaiese. TrildY
(MT
LTITSBI t#,22s212-218 164. IRA 18:8)

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GPJGC)P 'IfW, G. S.
USSR/Chemlstry - Corrosion, Sulfuric Acid Production
Card 1/1
FD 172
Author ; Litvinova, Ye. 1. Docent, and Grigorlyev, G.. S. Chief Plant Engineer
Title : Corrosion of steel under the conditions of the tower method of sulfuric
acid production.
Periodical : Khim. prom. 3, 33-35 (161-163), April-May 1954
Abstract : Describes results or an investigation on the corrosion of St- 3 steel
(steel containing 0.72% of copper) by nitrose, tower acid, and water
under conditions encountered at sulfuric acid plants using the tower
process. Data are listed in 6 tables. 4 USSR references are appended.
Institution : Leningrad Technological Institute im Lensovet and chemical plant (unnamed).

Gr
FAE. doteent, kandidat takhaicheakikh nauk; GRIGORITICY, G.S.
Corrosion of steel apparatus In the vapor@ and condensate of sulfu-
ric acid towers. Rhim.prom. no.5:296-297 Jl-Ag 154. (KLRA 7:11)
1. leningradskiy khtniko-tokhnologichookiy Institut Im. lensoveta
I Nevokly khtsioheekly savod.
(Sulfuric acid) (Steel--Corrosion)
A i~

USSR/Chemistry Sulfuric acid
Card 1/1 Pub. 50-10/23
FD-511
Authors Litvinova, Ye. I., Ddicent, Cand. Tech. Scl., and Grlgorlyev, G. so
Title Corrosion of steel equipment in the vapors and condensate of tower
sulfuric acid
Periodical : Khim. prom. 296 '40), Jul/Aug 1954
Abstract : In the experiments described, found that damage to the steel is due
mainly to the formation of condensate in spaces filled with trapped
gas. Assume that corrosion can be prevented by eliminating the trap-
ping of gas and by maintaining the temperature at the minimum level
of 6o-70 -
Institution 1. Leningrad Chemico-Technological Institute imeni Lensovet, and
2. Neva Chemical Plant.
Submitted

ID
sted a
u S, 3, Nov. 2,
f. 190. Ad :)2
-4 p2~jo%phate Is first gtanul:ited, and the fmrWy pluLated ---
inaterta Is neutralitcd Ly duitLng It with a tuist, of carbon- -
stes (limest(xv-, or doloraltt), a inixt. of slaked lime ard
supaphatphate, or a wixt. of readily decampo- dile phoe-
phates, such ai (11-Ca aud tri-Ca phrAphate. At. llwth
0) ~

POZIN, M.Te.; GRIGORITXV. G.5.; KOPTLEV. B.A.; SOrOWVA, A.D.
_
Rate of reaction of apatite with sulfuric acid follovinftheir
intermixing, Zhur. prikl. khim. v. 31 no.5:693-701 Mr 8.
(MIRA 11:6)
1,Leningradaki.r tekhnologicheskiy institut imeni Lensoveta, Nevskly
khimicheskiy zavod.
(Sulfuric acid) (Apatite) (Chemical reaction, Rate of)

USSR / Farm Animals, Cattle (&nall) Q-3
Abs Jour: Ref Zhur-Biol., No 2, 1958, 7178
Author : A. Ye, Yelemanov, G. V. Grigorlyev.
Inst :Not given
Title :The Effect of Raising Conditions On the Develop-
ment and Productivity of Kazakh Fine-Wool Sheep.
Orig Pub: Ovtsevodstvo, 1956, No 12, 20-22.
Abstract: An experimental group (55 young rams) was sep-
erated from the ewes and in addition to grazing
received 0.3 kilograms of concentrates and 0.1
kilogram of bonemeal per day. During the winter
season, the animals were kept in stalls and
received rations the nutritiousness of which was
equal to 1.85 of a feed unit, and to 218.1 of dig-
estible albumin. The control group, (25 young
rams) were kept on pasture the year round. In the
experimental group the weight of the animals was:
Card 1/2

VUSSR / Farm Animals, Cattle (small) Q-3
Abs Jour: Ref Zhur-Biol., No 2, 1958, 7178
Abstract: 29.4 kilograms before they had been separated
from the ewes, 41.2 kilograms before the winter
season, 43.8 kilograms in spring and 60.8 kilograms
before shearing. The control animals weighed
accordingly: 29.6, 37.4, 36.9, 48.9 kilograms.
Shearing of 14 month-old experimental rams pro-
duced 5.03 kilograms, shearing of control anitrials
produced 3.32 kilograms of wool. On the average
the animals of the experimental group had 31.8
percent more In slaughter, the weight of their
hide was 17.4 percent move, their hide was 10.8
percent larger while their production of pure
wocl was by 0.63 kilograms higher than that of
the control animals.
Card 2/2
18
"K
J'-

GRIGORIYEV9 Go Vol Cand Agr Sci -- (diss) 11Fffect of the
'Lelopment and productiveness
conditions of raising upoAd
of ram lambs of the Kazakh,Fine-wool breed.11 Most 1957.
16 pp (All-Union Sci Res Inst of Animal Husbandry), M, 52-
57, 109)
89
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Aircraft Electric Equipment (Cont.) SOV/4414
electrio-insulating materials are discussed. No person-
alities are mentioned. References follow the article by
Gomellskaya and Yasin.
TABLE OF CONTENTS:
Romanov,, M. A.,, and Ya. L. Vitenberg. Operation of in-
duction Motors in Aircraft Systems 3
Romanov, M. A. Voltage Regulation in Aircraft Generatorev
and its Effect on Weight and Size Ratios in Generators 21
9QKU"_!YAYJ_.G- V. Electric Starting Systems in Turbojet and
Turboprop tiii-Iiiii-Using Starter-Oenerators and Current
Regulators 37
Gordon, A. V. Temperature Compensation in D-C Eleetromag-
netic Relays 53
Rozanov, A. V., and V. I. Kukhtenko. A Method for Construct-
ing an Automatic Control System With Almost Optimal Transient
Conditions 63
Card 22/~

GRIGORIYEV, G.V.
Mechanizing the machining on spinning lathes. Izv.v7s.ucheb.zav.;
Prib. 3 no.3sll7-122 160. (14MA 1434)
1. Leningradskiy institut tochnoy !uekhaniki i optiki. Rekomendavana,
kafedroy tekhnologii priborostroyeniya.
(Lathes-Teohnological innovations)

GRIGOR, YEV, G.V.
In memory .of E. A. Zhemchuzhnikov; obituVy. Trudy Xar-~. bot. sada
1:129-130 '60. MIRA 15:1)
(Zhenchuzhnikov, Evgenii Aleksandrovich, 189C-1958)

- -1 ~.. ,
- ~; I.
"~-" ...' !%lsts
,~;rcat,Lx to forrasts 1'14'c~ lord. r~ .!, ';"~! .1 i, "lo. -), 1-;-?r-2.
I I I
:J.' ;- :" .. 1 --2
9. Monthly List of Russian Accessions, Library of Congress, ..- V"14 Uncl.

CRIONOYFIll G. V.
Windbreaks, Shelterbelts, etc.
Use of thp w-Ite nlts~-rbu.,3h for protective tre(- cliltivation in seml-les~rts. Tj~~-- ki:o,-,.
I
5 no. 4 (43) 1952.
9. Monthl List of Russian Accessions, Library of Congress, AuFust - 19)5,2Uncl.

(.. 'I.
L
":,Titer bush - prespective shrnib fQr fr.ift Crovln~,, in
nrc!us." Sag I 0g-, Ak). 8, 1952.
Monthly List of Russian Accessions, Library of Congress, Oct. 1)52 Uncl.

GRIGORIYMV. G.V., inshenerlesomeliorstor.
Mmml an poplars to needed. Bot.xhur. 38 no.4:631-632 Jl-Ag '53.
(MIRA 6:9)
1. larandinakaya nauchno-Isslodovatel'skaya baza Akademii nauk Kazakhakoy
SSR. (Ploplar)

V" V
USSR/Biology - Botany
Card 1/1 Pub. 86 - 33/36
Authors i Grigortyev, G. V.
Title tNev woody variety for the formation of oases
PeriodicA. tPrirods. 44/6, 321 - 122, Jun 1955
Abstract iA review is presented of the pamphlet "Now Wood1y Variety for the
For=ation of Oases in the Desert," by B. K. Skupchenko, published
by the Academy of Sciences of the Kazakh SSR at Alma-Ata in 1954,
and containing 44 pages. The pamphlet-deals with the problem of
planting forests in the northern desert regions in Kazakhstan for
the benefit of settlements and describes a tree called the "tuz-
anga," which has characteristics that mike it suitable for such
forestation. Illustration,
Institution t .....
Submitted i

VOYEVODIN, O.A. CdeceasedJ; GRIGORIYEV, G.V.
Results of the Introduction of coniferout species for landscape
work in the northern part of central hazakhstan. Trudy harag.
bot. sada 1:19-29 060. (MIRA 1,,:i)
(Kazakhstan--Coniferae)

GRIGOROYEV, G.V.
Introduction of poplars in central Kazakhstan. Trudy karag. tot.
5ada 1:30-52 160. (MIRA 15:1)
(Kazakhstan--Poplar)

GRIGORITEV L
Practices in growing white and black poplar plants from winter
stem cuttings. Trudy Inst.bot.AN Kazakh.SSR 14t50-62 062..
(MIM 164)
(Karaganda-Poplar) (Plant cuttings)

GRIGORIYEV. 0.V.
Cultivating Mitraria. Trudy Inst.bot.AN Kazakh.SSR 14s83-92 162.
(MIRA 16s4)
(Karaganda Province--Nitraria)

SOLOMATIN, A.0. (s.Vaevolodo-Blagodatskoye, Sverdlovskaya obl.); GRIGO.'VY-VV,---
IG V.; FREYDZON, A.I.; KUZNETSOV, N.T.; POLOV, A. (Barneu-M
RZIIEVSKIY, B.M. (Moskva); DAVYDOV, V.D.
Calendar of nature. Priroda 51 no.3sl25-123 Mr 162.
(MIRA 150)
1. Karagandinakiy botanicheakiy sad AN Kazakhokoy SSR (for
Grigorlyev). 2. Severo-Zapadnoye upravleniye gidrometslushby,
Leningrad (for Froydzon). 3. Institut geografli AN SSSRp
Moskva (for Kuznotsov). 4. Cosudarstvennyy astronomicheakiy
Institut im. F.K.Shternberga, Moskva (for Davydov).
(Nature study)

G.RIGORIYEVP G.V.
Pallas honeysuckle (Lonicera Pallasti IAb.). Trudy Inst.bot.AN
Kazakh.SSR 17S35-39 163. (MIRA 17:3)

GRICORIV C, V.
25502
0 Potochnoskorostnom Metode Stroitellstva Zhilishch. Ueoll, igho,
No. 6, s 3-6
SO: LET,7PIS MO. 30, 1948

1. ORTGORMN, G. V. Eng.
2. USSR (6oo)
4. Ydne Buildings
7- Industrial methods of erecting buildIngs and structures on the surface of 11,1nes.
Ugoll 27 no. 10, 1952.
9. Monthly List of Russian Accessions, Library of Congress, January, -1953. Unclassified.

GRIGORI-YIV. laugi Wrlay1ch- DANILIVSKIY, A.S., otyetetvannyy redaktor;
1311,11, I.V., 31TWINICYNN17y redaktor; SAVIN. M.N.. redaktor izdatelf-
atva; KOROVMOVA, Z.A., takhnicheakiy redaktor
CConetruction work on installations of the coal industry] Stroitallaye
aboty pri soorushonil predpritatil ugollnot prowyahlonnosti. Moskva,
Uglatekhizdat, 1956. 685 p. (MUtA 10:3)
(Building) (Coal minem and mining)

AGALINA, H.S., inzh.; AKUTIN. T.K., inzh.; APHY'SOV, A.M., inzh.; AHISTUY,
S.S., kand.takhn. nauk,: KlOSTOTSKIY, O.B., inzh.-, BERLIN, A.Ye,,inzh.;
BIBSKIY, K.A., inth.; BLYUM, A.M., lnzh.; BRAUN, I.Y., inzh.; BRODSKIT,
I.A., lnzh.; BURMAS, A.I.,inzh.; VATKMAN, I.Z.. inzh.; VARSHATSKIT,
I.N.,inzh.; VASILIDVA. A.A.,inzh.-, VORONIN, S.A..inzh.-, VOYTSEKHOVSKIT.
WK., inzh.: VMLEVbKIY, A.A.,inzh.: GERSHMAN, S.G., inzh.;
GOLUBYATNIKOV. G.A.,inzh.; GORLIN, M.Yn., ln7h.-, G4WOWTKOV. A-N., inzh.;
DASHEVSKIY, A.P.,inzh.;DIDKOVSKIY, I.L., inzh.; DOBROVOLISKIT, N.L..inzh.;
DROZDOV. F.F.,kand. takhn. muk,; KOZLOVSKIY,A.A.,inzh.; KIRILENKO,
V.G..inzh.; KOPELYANSKIT. G.D.,kand. takhn. nouk.; KORSTSKIT. M.N..inzh.:
KUKHARCHUX, I.N.,Inzh.; XUCHFH, M.G.,inzh.; U-RZLTAK. H.V..inzh.;
KIRONOV, V.V.,inzh.; NOVITSKIY, G.V.,inzh.; PADUN, N.M.,inzh.;
PANKRATIYEV, K.B., inzh.; PAREHOKkNKO. V.I.,kand. biol. asuk,; PINSKIT.
Ye.A.,Lnzh.; P01LUBNYY. S.A., inzh.; PORAZILI-MO, F.P.,inah.; PUZANOV,
I.G.,inzh.; REDIN, REZNIK, I.S..1rand. tekhn. nauk,;
HOGOVSKIY, L.V.,inzh.; RUDERMAN, A.G.,inzh.; RYBALISKIY. T.I.,inzh.;
SADOVNIKOV. I.S.,inzh.; SEV39HOYANOV. N.N..kand. takhn. nauk.; SIK&SHKO.
A.T..Lnzh.: SINKIN. A.Kh., inzh.! SURDUTOVICH. I.N..inzh.: TROFIKOV.
V.I.,inzh.; FAFKH, K*K.,inzh.; YIALKOVBKIT, A.K.,inzh.; MSHKAH,
H.S.. inzh.; CHIMSHNEV, V.A.. inzh.; SHNSTOV, B.S., inzh.; SHIFNAN,
N.I., inzh.; SHUNYATSKIY, A.F..Inzh.; SHCHERBAKOV. V.1.,Inzh.;
STANO"NK0. I.K.. otv. red.: LISHIN, G.L..insh.,red.: VIAVTSOW.Ye.p.,
KAMINSKIY, D.N.,red.; KRASOVSKIY.
inzh.,red.; GRIGORIYZV
Z., red.tdacensedJ,; (M.&VICH, K.S..inzh..red.;
DAMILXVSKIY. A.S..inzh..red.: DhMIN, A.M., inzh,.red.: KAGANOV.
S.I..inzh.,rad.; KAUYMAN, B.N.. kand. tekhn. apuk, red.-.LISTOPADOY,
N-P-.1nzh.,red.; MMEUVICH, 1.H.. inzh.,red.(dacaasedj;

AGAUNA, N.5.... (continued) Card 2.
PENTKOVSKIY. N.I.,insh.,red.; ROZENBZRG. B.M..in2h..red.; SLAVIN,
D.S., inzh.,red.; FEDOROV, K.P..inzh red.; TSYMBAL, A.Y.,insh.,red.;
SKIRNOV. L.V.. red. 12d-va.: FROZOROiUAYA, Y.L., tekhn. red.
tKining ; an encyclopedic handbook] Gornoe delo; antaiklopedichookii
spravochnik. Moskva. Goa. nauchno-takhn. izd-yo lit-ry pa ugol'noi'
promyshl. Vol. 3-EOrpnization of planning; Construction of surface
buildings and structureol Organizatalla proektiroveniia; Stroltel'stve
zdanii i soorushenii na poverkhnosti shakht. 1958. 497 P. (111RA 11:12)
(Mining engineering)
(Building)

L 8531~65 EWT(d)/Wr(M)/FX/T-2/fWA(w) AFMVxM(a)/AFTC(a)
ACCESSION NR: AP406535 s/0084/64/000/009/0022/0023
AUTHOR: Oren,_$.; NTLIkovLA.; Milyutichev,,-Ye.; Garnayev, Yu.; GrIgorlyev, 1.
TITLE: -In-sin9I-ehardness
SOURCE: Grazhdanskaya avlatslya, no. 9, 1964, 22-2)
TOPIC TAGS: transportation, aerial freight, helicopter, helicopter load suspen-
slon, lifting capacity
ABSTRACT: The paper discusses transportation of loads by helicopters when the
size of the load or other circumstances,'such as impossibility of landing or take-
off, require external suspension-of the load. It also discusses the dependence of
the lifting capacity of helicopters on the temperature and humidity of the air.
For heavy loads, the paper recommends the use of two helicopters and proposes a
method for the external suspension of the load from the helicopters. A common
carrying cable Is attached to the two helicopters with the load secured to the
cable by a roller, thus ensuring that the helicopters are equally loaded when
their relative position changes. Suspension of a load an such a V-shaped cable
Increases the load stability In comparison with the externai suspension In the
case of single helicopter. This feature Is discussed and a method of directing
cc.rd 1/2

L 6531-65
ACCESSION MR: AP4046535
such transportation Is given. the method was experimentally tested and found to
be satisfactory
The suspension system Is simple, not requiring any major altera-,.t~'111'
tions In helicopter desigii. It also does not require any special training of the!"l,
pirsonhel and assures the possibility of detaching the load quickly In case of
emergency. By using this method, the load can be Increased by 70-80% In compari-
son with the load which Is usually transported under the same atmospheric condi-
tions using one hdtlcopter With external suspension, Orig, art. has: I figure.
ASSOCIATION: none----
iUBMITTED: 00 ENCI.: 00 SUB CODE: GO
NQ REF SOV: 000
cord 2/2 ---
OTHER: 000

SOURCE CODES UlVO004/65/000/010/0006/0009
AUTHORs L. I Gi7 _L4_M&shkeYichf T,1 Nikitanko, Ke
ORG: none
TITLE: l1Zpq4yna4& experiment
SOURCE: 7haniye - sila, no. 10, 196~1 6-9
TOPIC TAGS: space physiologyq space simulation, hypodynamial space biologic
experiment, astronaut human engineering
ABSTRACT: This 'is a-jour alistic deg6r1ptf_c;n of an experiment i n- hypodynamia (~t
ulation of ~~L=duifffi_gfsj~~6'e flight) to~ WAICA"fou'r Tep_o_i~f~rs were_in7,,.
vited by azenko
Oleg Georgiyevich [prgsurrL,
Ibly G L_prominant specialist in
the field of space biology and medicine." The experiment, in which the four
journalists participated, was supervised by Valentin Ivanovich [last name not
given]. The test involved all four subjects, two of whom were controls, with
,hypodynamia (bed rest) in an echoless chamber for 256 hr. Preparation for
the experiment involved checking out radio communications between the cham-1
ber and monitoring point and undergoing medical observations following exer-
cises under normal conditions. *Blood tests, pulse and respiration rates, and'i
'brain and muscle blocurrents were examined.
Card 1/2
_5

L 3955-66
ACC NRt AP5025545 nt', the two experim6ntal subjects were c r'
At 'the onset of the experim6i ent 1- 0
fuged (8 g) to simulate launch. Radio communications between the subjects were
recorded, in which they described their subjective illusions at this time and
as the 10-day experiment progressed. Chamber humidity was 38-65%, and the/-
temperature was 10- 15C. During the experiment, coordination exercises
were conducted, as were psychological and visual tests to determine attentive-.,'
ness and working ability. Centrifugation again took place at the termination
of the experiment to simulate reentry.
Two days of medical examinations followed. It was found that 10 days of
hypodynamia lowered the compensatory capacity of the cardiovascular and
respiratory systems, disrupted the coordination of movements, weakened
muscles, lowered endurance, and decreased intellectual and physical working
ability. Muscular mass decreased while the amount of fat increased. It is
stated that special countermeasures [not specified) have been developed to over-
come these effects on cosmonauts in the future and that research continues.
Five photographs show a subject in a centrifuge at 8 g, undergoing a respiration
test, taking an evening sponge bath using a substance from a tube and testin e .47
manual control and-attenti,veness.-.1 '(*ig- aiti hast 5 figures. ZWD PRMI ~11b-!l
SUB CODE: PH SUBX DATEs WWI
ird 2/2

KUPA, V. (Odessa); G~IGORIYEV, I. (Odessa)
Key to knowledge. Grazhd. av. 22 no,12:6-7 D 165o (MMA 18:12)
1. Rukovoditell filiala skonomicheakogo fakullteta pri vechernem
universitete marksim-leninizma v Odesskom aeroportu (for
Grigorlyev),

SVLPT-MOLDAVSKrY. G.Ya.; VYSHNIVRTSKAYA. L.K.; GRIOORIYNV, I.A.
Some results of investigation of experimental epidemic hepatitis.
Zhur.m1krobiol. epid. I Immm. no-11:71-72 " '55 (HLRA 9:1)
1. Is Rostowskogo-na-Donu institute epideniologii. mikrobiologii
I gigiYany.
(HWATITIS, INFETIOUS, experimental)

GRICUHI'~ZY, Ill ya Alaksandrovich- ARTMAIN, S.P., redaktor; SVITIAYSYA,
7"Sp SHITS, V.P.. tekhnicheskiy redaktor
[leading ranger district In the Gorkiy working circle] Fersdovol
ob"ezd Gorikovskogo leakhoza. Hoolva. 44oolezbumizdat, 1956. 14 p.
(KLRA 10:1)
(Gorkiy Province-Forests and forestry)

GRIGORIYJY, I.A.;KOKOSHKO, V.I.
Restoration of enameled troughs. Ugol' 34 no.11:21-22 N '59
(MIRA 130)
Lisichanskupoll (for Grigorlyev).
1. Upravlyayushchiy trestom
2. Nachallnik Teentrallnykh elektromekhanicheskikh materskikh
tresta Lisichanakagols.(for Kokoshko).
(Kine haulage-lquipment and supplies)
1 4

GRIGORIYEV, I.A.,_gornyy inzhener
Reorganization and modernization of the mines of Lisichanskugoll
Trust. Ugoll Ukr. 5 no.10:18-21 0 161. . (MIRA 14:12)
(Donets Basin--Coal mines and mining)

GRIGOR-I,YEV,.J,A-,gornyy inzh.; TKACHENKO, LjP., gornyy tekhnik
Roof caving without the use of battery stWls, Ugol , 36 no.5:16-
20 My 061. (MIRA 14:5)
1. Trest Listchansk-%~oll.
(Mine timbering)

GRIGORIYEV, I.A., gornyy inzh.
Advantages of using PK-3 cutter-loaders for development work in
hydraulic mi%ing; from the work practices of Limichanskugoll Trust
mihes. Ugoll Ukr. 6 no.5s22-23 )V 162. (KRA 15: 11)
(Donets Basin-Hydraulic mining)
(Coal aining machinery)

GRIGOROYEV., 1. A.; CHEBONYAN, S. M.
Utracted 56,364 tons of =&I with the LGD-2 cutter loader in
one month. Ugoll Ukr. 6 no.10:1-3 0 162. (MIRA 15'.10)
1. Upravlyayushchiy Lisichanskim treatom. ugollnoy prosyshlennostj
Mininterstva ugollnoy proWshlemosti SSSR (for GrigorlyaT).
2. Nachallnik shakhty wPrivo11nyanskaya-Yuzhnaya" Lisichanskotto
tresta ugollnoy promyehlennosti Ministerstva ugollnoy promysb-
lennosti SSSR (for Chebonyan).
(Donate Basin-coal mines and mining-Labor productivity)
(Coal mining machinery)

(RUGORITSVP 1. A.; CHOBANYAN, S. M.
Record Petting coal production from a long facet 56,,364 tons of
coal in one mouth. Ugoll 37 no-1011-5 0 162. (MIRA 15:10)
1. Lisichanskiy trest ugollnoy prowyehlomosti Hinisteretya
V ugallnoy promW hlennosti SSM.
(Donets Basin-Coal mines and mining-labor productivity)

GRIGORIYEV I.A., gornly insh.
Experience is * partial reorganization of the Lisichanskugoll
Trust mines. Ugoll 37 no.11:15-18 N 962. (MIRA 15:10)
1. Liaichanskiy treat ugollnoy promywhlennoBti Hinisterstva
ugollnoy promyshlonnosti SSSR.
(Donets Basin-Coal mines and mining)

GRIGORIYEV, I.A.; KU711ETSOV, V.P.; ;IVYY, V-B-
[Determining coal mining potentials and the efficiency of
using them] Vylavlenie rezervov dobychi uglia i effektivnostl
ikh ispolIzovanlia. Mo~skva, Nedra, 19C4. 99 P.
(MLU 18-3)

.66 i ~Ih, T,
ao?"S~ --- :7 07,z=i
A
-Nr--,T6011242 SOURCE CODE: up/0413/66/000
CC /006/0080/0080
INVENTOR: GrIgor"yev, 1. A. Maokvichev. V. .1.
ORC: none
I TITLE: Optical-con tact device for measuring, clearances in precision, small-diar-o2terg
jewel-joumal bearinLeannecLions. Class 42, No. 179941
SOURCE: Izobreteniya, 1) ro myshlenny,ye obraztsy, tovarnyyc znakl, no. 6, 1966, 80
TAGS: opittc iinatysts, OI)LIC opLIC Le-;L c pillni,mit
ABSTRACT: An Author Certificat.e has been issued for mi or) t Cat -cun UICL vice for
mx-
Ili TIV, -IrmlreS I0 prvcJ!;[t-n, crnne c t i on rz.
T--"- I If luat.ing
'I'lic dv.%,Ic(, conLaIn-, a Joutnal chuc+. rxmilted in a m-nitlic I';io cmt.k ii.,,a
race in which Lfle Jewrl, junuilted on the journal, Is Cit opp-sitre s i d es () f
the race a woight is Atached for the altt.,ru.Ae ot thk, raci- with the
icurel, rel.,0LIve to Lhe jmiriial. lllerC J.A ASO ;In alitocot I Im,'L ;111-, r,!CL4X;C0JW for
observIng, jewel dk4phicement mid umasurtill; the cle-ir.m(e betiicou thc rio(imal and tho
jewel. For Incre~ved acciir;iry in determining tho jek4vl-jt,tirt,iiI clcir.-nce, a spherlrzl
I_Cord- ~112

ACC NI': A11601 1242
rl 1
d o V I
111) t i t 11'at 7ilcc I .1j.,
JOWV1 2 0 U 1-11 ~1 1 10 1 v r i c. ti re f I e c t fit
v emont m I c ro!~,:o It k, v r-it; in r-t
LL- -4
PLX~
reflecting element resembling a ball Is set and aligned coaxially on the jewel.
The microscope is adjusted for observing noncoincidence (relative to the'Common axis)l
of the position of the cross hair projected on the center of the ball and on the
center of the holc in the jewel (see Fig. 1). Orig. art. has: 1 figure. [LB)
SUB CODE. " 14/ SUBH DATE: 17Mnr65/ ATD PRESS:
Card 2/2 4,6)
y
N

-GERIGORIYET, 11'.va Alskeendrovich, POLSMYZT, Sorgey Alskeandrovich;
FMXRNW. Andray Petrovichl PISWXKYT. N.R.. red.,- SYNTUMA.
A.3., red.lsd-va; IPARAKRINA, N*L,, tokhn.red.
[Using airplane seeding In forestry] PrImenonle aeroseve v lasnom
khosialetvo. Hookwa, Goalsobwdzdat. 1959. 69 p.
14:2)
(Afforestation)
(NI&A
(Aeronautics in agriculture)

~Illya Aleksondrovich. TURU. Nil Andreyevich; GUSIV. P. L.
redektor; STBTIAYXYA. A.5.. redaktor izdatelletva; SHITS, T.F..
telchnicheskly redaktor
CIPlorestry practices of the Seliger working circle) Opyt raboty
Soligerskogo leakhona. Moskva, Goalesbumixdat. 1956. 21 p.
(MDU 9: 10)
(Zelinin Frovince-4orest~ and forestry)

2,5 ( i ) PHASE T BOOK EXPLOTTATION SOV/2569
Grigorlyev, Ivan AndrAyavi~_hj and Ynvgeniy Roman-ovich Dvoretskly
Kontroll razmerov v mashinostroyenii., spravochnoye posobiye
(Inspeotion of Dimensions in Machine B-1ilding; Manual) Moscow,
Mnahgiz, 1959. 399 p. Errata slip intierted. 10,000 copies
printed.
Reviewer: Ye. M. Levenson) Engineer; Ed. (Title page):
1. Ye. Gorodetskiy, Doctor of Technical Sciences, Professor
(Deceased); Ed. (Inside book): M. N. Morozova, Engineer;
Tech. Eds.: B. 1, Model' and V. D. ElIkind; Managing Ed. for
Literattire on Metalworking and Tool Making (Mashgiz):
R. D. Beyzellman, Engineer.
PURPOSE: This manual is intended for designers, technologists,
and pernonnel employed in quality oontrol. It may also be
uoed by students of institutions of higher education studying
machtne denign.
Card 1.112

TnspPMAnn of Dimmnnions (cont. ) .90V/2569
CUEHMIE : Thin book Is n SYstnmrAtized uUtUno of contemporary
tnothods of nhocking and meanuring linear airl angitlar
ditnerifilon-i and the accuracy and truenesi of ConTi of machine
partn and nomponents. A brief description is given of industrial
methods of engineering-precision measurements designed to
improve the accuracy and productivity of quality control
optrations. Stich basic types of measuring instruments as gagen
End Indloatoro of various typen and design are discussed.
The main part of the manual Is devoted to universal measuring
devices and specialized checking arrangem(-!nti which are used
in mass production and which can be made In the machine shop.
The material In the book in grouped according to the type of
measurement and parameters to be checked, rather than according
to the devices employed. The authors thank I. Ye. Gorodenko,
Doctor of Technical Sciences, for permi3sion to use his material
in thin manual. There are 143 references: 1111 Soviet and
2 German.
Card 2/12

4
CkU~30.'VJLVI 1. A.
Tekiinicheskie izmereniia v mashinostroenii. J. izd.7 :'orkvi, :!a!,hL;iz,
1948. 223 p. di-agrs.
First ed. pul.). in 1941 tuider title: Kontrollro-izieritelInyi instririent i
pribory v mashinostroeiiii. (Controllinr and -,-.rasurir,, instrumnts and
apparatus in mechanical engineering)
Bibliography: p. J2217.
DLC: TJ1313-W 1948
technical ivasurements in mechanical engineering.
I'lanuCacturing and Mochanical Fnginecring in the Soviet Union, Library
of Congresi, 1953.

1 60 an 16 11 u to Id a If 40 at a as be 0 17 Cf. AV is T%
1:00 ~,:Iv
massi,)OAM11) ild-11,01111 10NIJ1,11,10
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low '113juviwtu 341 dL,
ptsir udifirtiam r00
L-1 A #001
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PjAr 00
V I
111111141, a00
be j .01=V PRO "eime"M tn-vog
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!kr 00
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A Al KA --W A -.a, -11 ;r id a it (1 81 0 4 1 91, c 4 1
0 a 0 0 is a o 0 * 0 # 0 0 0 0 * ; 0 *
M - A Aid

I!eans nnl "Iethols c!f Crrtrollin.- FOles IT- in
.nrtr-v.7entirj -"0,
I
aw. e
9. ,ion of lnfor-~, tiDn of IJSS~
nil j, 1U' -

1. A.
"Inve-stigation of ','ethcylr for Mansurinp 114olen of SmIl Diametern," Sub 21j
Cct 53, Set Pas Inst of Techno2ovy and Crt!anlzptlon of,Tndustry
Diss6rtatlons nresented for science and enpineerinr der-rrees in
Moscow durinfr i951.
30: 'JUM. l'o. 4"0, 9 `~,Y 55

GRIGOR#EV. I.A.
[Measuremanjt of small openingaj lzwrenis malykh otverstii. Moskva,
Goa. izd-vo obor. promwahl., 1953. 115 P. (MLRA 7:3)
(Mensuration) (Measuring instruments)

MUOV. A.G., doteent, karAidat takhnichnskikh nauk; NIKITIN, B.P.,
inzhener, retsenzent; GRIGORIYEV 6p Is" kandidat takhnicheskikh nauk
radaktor; MATVEYZVA. Yeezi., TeRhnIchesId7 redak-tor.
(Control of measuring devices in machine construction] Kontrol
izmarital'TWkh aredstv v mashinostroanii. Moskva. Goo. nauchno-
takhn. izd-vo mashinostroitallnoi lit--ry, 1954. 169 p.
(Machinery industry) (Measuring inst=ents) (KLRA 8:3)

OMODWSKIT. Yuriy Goorglyevich; KOLLI.A.Ta. inshener. raLaktor Cdeceasea]
GRIGORIYSV,I.A., kandidat tekbnIcheskikh nauk, reteensent; PWWA.
-93G;aWNNUNNftWrW&ktor; SCIKOU)TA,T.F.. tekhalcheskiy redaktor
[Automation of pneumatia measurement of dimensions] Avtomatizatotia
poemmaticheskikh ismerenli r&smerov. Moskva, Goo.nauchno-tokhn. iud-
vo mashinostroit. lit-ry, 1936. 167 p. (MIRA 9:3)
(Antmatlon) Obseuring Instrments)

PRIGgalyw
Instruments for ag; dimensions. lea. tekh. no. 2:87-90 "
'57* (KM 10:6)
(YA&snrtv,g instrumente)

sjxITsjN, Pavel Prokorlyevich; BXZKENOV, A.Ye., doteent, kand.tokhn-usuke
reteensont; GRIGOROYRY. I.A., kand.takhn.nauk, red.; SHXMA7No
L.I, Isdat-rod.i'-ROMM,-Y.F., tekhn.red.
0
[Principles of Interchangeability and technical wasurownts)
Onnovy vsaimosamnlaosoati I takhnichookikh izmerenii. Rookwao
Gosoisd-vo obor.prowyah. 1959. 246 p. (MIRA 12t6)
(Nousuration) (Interchangeable mchanions)

GRiGcRIy-"-I) I. E. andZAZYD7L' , *. A.
EdJ.tors, Field of Ilechanical. enpincerinr
Spravochnik po montaZhu teplomOchanicliskoro ohorid)vaniya.
Moscow, Comidarstvennoe En6metichenkoe Izdatcllstvo, 1953.
pp. 503, eiings., tables, 27 x 21.
LXIII-1

(91,10CRIYEVO 1. F.
"Gastric Secretion in Horaes Due to Bechanical StiwAztion." Cand Vet
Scit Leningrad Veterinary Instp Min Higher Education, UnInCrad, 1954. (KL, No 2,
Jan 55)
Survey of Scientific and Technical Diaeortations Defended at USSR Higier
Educational Institutions (12)
so: Sm. No. 556, 24 Jun 55

. . I/, '/ '. " "/ ., I / ,
GRIGORIYXVI 1. -7.. motor alaktroteekba, Kuybyehey.
k~V
On reviewing the Safety Regulations. Prom. anorg. 12 n0-1200-32
D 057. (Blectric ongineoring-Safety measures) (KIRA 10:12)

A* F.j
I. F.) Kut"MI V. I-j GAVIRICII-11YOV, A. 1. m.,
IOV-,I.~E.
"flog Immniuation against cholera by meanu of avlrul(mt lapinised dz-y
v1rus-vaccine out of strains avirulent dry vaccine."
Veterinariya, Vol- 37, No. 10, 1960, p. 29

kand.veterin.nnW
GOLUBEV, I.Ye., prof. ~-QR~GOIM_jp~y 1c; KAM!ZVA,
V.I., kand.yeterin.nauk; GAVIRICHENKOY.A.I., kand.veterin.nauk;
i
DOLMATOVICHp V.M.p veterinarnyy vracti; SHCHERBAYOV, A.F.,
veterinarnyy vrach
Immunization of swine against cholera with avirulent lapinized
dry strain ASV viral vaccine. Veterinariia 37 no.10:29-32
o 16o. MRA 15:4)
1. Belorueskiy nauchno-inaledovatellskiy veterinarnyy institut.
(Hog cholera) (Vaccination)

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GRIGORITXV 19F. redaktor-, SHCHERBAKOV, D.I.. redaktor; 1PASNOVSKATA, A.I.,
redaktor
[Carnotite deposits In the western United States; collection of translated
articles.] Karnotitoy" mostorozhdonlia sapadnykh Shtatov SSM; sbornik
perevodnykh statei. Pod red. 1.F. Grigorlova I D.I. Shcherbakova, Noskvao
Goo. Izd-vo geologichaskot lit-ry Ministerstva geologii SSSR, 1946. 169 p.
(NLRA 8:10)
1. Ikesta (1923- U.S.S.R.) Missiterstvo geologii.
(Usited States-Garnotit*)

I
11 10Fif -c-dorovich UI-cf%)
-illr . i.
"Thirty Years of c)oviet C;eologlcal Science," Al'. Tlank SSS71, Ser. lcol., No. 5,
Ir-147.

G"TrI(Al"
Tungsten
Iblybdisum
*Relationship Between Ulnerallsatlon and Intrusive
iftkao'" 1. F. Gr1gorlyev, 5 pp
"it A Nauk MOM, Bar Cool" No 6
Ono of the szooles Illustrating this relationship
is a tuWtsm-maybdaum depoelt mom kIlmeters
from the Rovadred ore field in Kazakhstan. De-
scribwe am pwt1cvIws of mineralization related
to moll,pwph7ric Intrualosip and discovery of
various' type of lnltla2l7 b7drotherml mtemorphic
reek Im ~to meeft".
no .-- - -- WOW

~. almdoolk, radaktor; BZTZKHTIN, A.G..
SHOWN, T. 1. ; GRI ft
rodaktar: F=VA, S.T., red&ktor; KARPOY, I.I., takhnicheakiy
redaktor. I
Mineralogy of the oxidation sane of pyrite deposits In Nodnogorsk In
the Southern Urals. Trudy Inst.geol. nauk no.96:1-102 148.
(KLRA 9.8)
1. Chlem-korrespondent Akademil nauk SM (for Betekhtin)
(Neduagorsk-"tom)

SOMMY. G.A.; JEL ft, akademik. redaktor; BITSMIN, A.G.,
redaktor; POPOVA. 8-0:!Aliodaktor; KILRPOV. I.I., tekhnicheakly
rodaktor.
Composition, conditions of crystallization, and regularities of
chromites In the Urals. Trudy Inst.gool.nauk no.97:1-127 048.
(WaA 9: 8)
1. Chlen-korrespondent Akadmli nauk SM (for Betekhtin)
(Ural Mountains-Chroulte)

Crystallochtruic Pit ond typOMOTphiC PtOPCTUCS of cavifter.
to of different genesis. - Gri Wev and 11. 1. Doto-
No. 3, 73-M(1061).-The moit lnipnrtant accemry cle-
JCO ments mcurring to cassiterite are Nb, Ta, W, Fe, hin, Zr,
and Ti. Them elcments do not reptAce So by i~rnavph6u&
but futin (ndepaident mincral s., narnetyoftolumbite.
walft-arnite, tiron, and rutile, most frequently hi regular
intcrVorptlis. They form crystallites of only I p size and
sinal',er, i.e. in such a dtgrte of dhMsity that they act as
allochromatic pigments of cassiterite. Columbite. wolf-
famite, and hematite are only towid In the dazk-colored
tones, and "hour-Slass" 3truclut" of CAWterite Crystals
I but not in the colorless zone.. Dark-colortd*cassitalts is
(,D U C

tfitrtfore while tut,- !1,0, Is dimmiCtietle.
The calorkili souts are practically pure. law include only
d6ti:ict ca)-itallitcs of quartz er *Jliciatcs. Amon& the ac-
r-voy kinvot., M, an'l W indicnte to a c-tain de;rtc (fit
ii;krageiletic alad goclicin, c,,ndi6mi under witk1i the '.Sn
drisq-,iti have lmcit funned, rjr Ow gt,)clitin. charatcr of
(lit MI. pruvince in which thry occur. Al; and Sb Rre atin
of thli type, thty iatt titclit-tivaly r"trictcal to camittrites
whicli him Incli foritled In sulfidic mincrid depoAts. Typi-
cally b1pyramakfal crystals of camitcrite ate characterutic
I"t V it trattawinatic; F. formation, which is willoccl. With
pextriatItes and granites or cryst. sclahats, which have undrr-
gone a raphl temp, decrea". on narrow space condition-& of
ciPtial growth. Thli b1pyrandidal habit of calsaittrite is
1:16-1(s spocifically correlated with Nb (besides Fe said 14n)
"~' , wic2tor" element. On the othtr b2nd. the prismatic'
crystal habit of camiteritit occurring in quartz-ore velail is -
t
ld correlated with W as indicator elanent (liftides Fe'
a
a;dagn in wolfritrialte and fifibracritit). Details axe firen on
b1axW ciLuitafte which (a oUwayv rich In cautsmInistions.
while colodw SnO, Is unLulad. Cotumbite, wollsamitt..
etc., do not form molki solos. with classiterite, but crystal-
I Independently. This ith the results of Neu-
1:11CV2 and Noll (C.A. 44, 4XT771. W

Mi4erabot: At AfAd. YSUA I(. NO, A. Gif
'03-6091IM-A white faluaral tit kaolb,itt-likt, lotbit wa?
obsox"d Ill the oxid4flon Pone of dM~~ils In Trnn"NAI
rtclon with the minlin, talwd
p4rkilte, The rorks in which the inintml -PFo forined am
hmmfols-111to rVAtA!Jl0fPl1IQ WIMOMA (CCRIfUlly CIAYCY
OWN a4d salidstutioll) whivh won rhaugird bl, the P-nats,
hydro(hortn4l solos. ascondfill tectonic mocks and wins
swatming through tha country tock's. Toros, all) Illou IfIlle.
aln"*ufte, flunopnir, end sulfides aro primarv ruirwriali;
-secondary inine-ruir. .rt ft!ilbiplfe. wro.hivirill,l0p, %",I
lellAite. The chein. anitlysit of t1w rew pibwruj (-vish
AIM 44-43%; CAU 10,30%; JJr0+ 16.39%; 1'
and Its x-ray twiw(fur di4grarn shows Jts Ndpro'k."t Cl:,lr-
ACtCr, In the Cup ut .3firAntite, 001(l '010"
grakfulke, Cill'(11,011~'S'711jO, and IstlyarlL-Pe.
'F,01.16HA Geark%ito forins dense arreonle-. with A
urr-frinplu.0 of 1l,13 [ball (MM, go 10jout 1. IM. The SprC,
Ital analysis detceted only orvalt lines of Pe. St, Ai. Un.
N1, Q44 mWes of pb, Zn. N3, Co 71 The diflu tutial-
thermal ituallsis is characterized fly ;trang endotlictmal
peaks St ON) . 490', 85U'. and a slight vsothernsic ptak
at730".
priditct tit tfl-Ats ang fluorite.
S.F I- -

I
R
G
StAftalte, and thb ptodtate of Itadecompoeftlon IV V
ungor ev anti 1% 1.
Akad. lVauft 4-4--Y-K. No.,
vallingly fine-ayst. aggregates of ttannite are 04;;Ql-
assocd. with chal--Opyrite, arsenopyrite, and sphaterite In
Karelia, the Caucasus, Transbalkella, and the coast dis-
tricts of northewtcrn Siberia. Single crystals with tile
pseudortgutar fonas 11111 and (0011 are rare, occurrinq it,
druses in, quartz veins with chalcopyrite and arsertopyrite.
A zn-contg. stannite has it somewhat different X-ray struc-
tum thin common stannite. The mineral Is often changed*
on Its our(&" to an olivt-grftn "hydrostanalte" (about
peo,.Cuo.2sno..0.7Slo*.O.27AIA.nlfO), atut dask-
rft" "hydrofersistanite" (approx. Pet0s.2-03nos-2-851-
91-0.63AIA.81110). The typical paralcnesis of stannile
is that with chalcopyrite. cassiterite, topaz, z1onwaldite. and
micrmline. Often it replacel chalcupyTite and cassitcrite,
With t ical reaction ritus as#md. with older ends on
3 aleffte =
,Xc of am j!Q~opyrite and sph
genera ons qu .
show regular intergrowtho with stannite and bismuthinite
-indicating utunizingreactions. Late-hydrathermalcrystax.
in stannite are calcite, coftilite aneheulandite. Theuxlda-
tion of stannite wai described b7y W. P. Htaden (1893) and
' ki Y, oraI1171kels Afisrerakil. OWeAwsin:
73, MV12(124f)W, with 'the asiumption of sk secondary b!gb-
1PTP)q CU-Pe stdnpate hydrates.., The
succes, Iona( the oxidation to typically developed: stannite%:-'
hydrostarnita - hydroftmistanite-yellovrish
~site" (about 0.16FcA.1,75i0sArOs.2.81W). The litter.
- mineral is very ohnitar to Fe halloysitt, but s~riewhat dif-
:'ferenthsItsx:jd=m. All these productiLre colloidal,
very ooft. weak YV jWropic, with a about 1.674 in hydru-
stannite, 1.752 to 1.774 In hydrolerillstanite, and in
hydrukralsite. 71o first step of the oxidation Is an enrich-
tnent In So and Fel*, while Cu and 8 an rem~Dv"J. 71a
yellow and product contains Al tnrkbed, but so mom So,
Cu, or S; It to evidently only a Fes *-Al silicate like halloysite,
with a slight contamination by scorodite. The authors
never observed a cheap of stannite to Su0j. Tlit ra,e of
the oxidation is about the same fat chalcopyrite and stannite.'
Extensive chem. and spectral-analytical studies showed
that all the 8 in stannite Is gradually removed duting the
oxidation and changed Into HsSO# and soL sulfates. Also
Zo is entirely removed; Cu Is still present in bydrostaunite
but removed in the later stages of oxidation. So is finally
removed; Si and Al (derived from feldspQrs of the rnothcr
rock) cotabius with Fes* to "hydroftralsitc.".. 1% Fiiet
kV

vl~ P
WI-4 IT.-
%sic daylsh schIst., .12,dtes, sad,tomes' etc.
nna't. Zln17Itd vIt mftaI*d=nl't=
'h dt~wa 'r
Ito.
InZ no the." I
t.
'he sellifte Omm Itl the Younger tectonk As.
L:.ith haBoysits. In wbile crusts; It Is unlaxW
ipos -al damter, cleav!p Pmud (100) am (1101
.0o;I-optk
. twins naraffel (1011. c!z 6701 IMI! a - Lala!
curves $now sellafte -I- Avalo"Ite In Inumate 11310110-thl;
the endathcrmk effects are at I BDO, 1580so GOO% &W 000 '- ona
exothervale effect Is at W. nepiaragenesIscipeltalte';ith
(d. C.A. 49, 138404), dicklic, etc.,
='lt9s"m'Dt'it*mne famation, Its Mit content Is de-

GRIGORIVAV, IV-r-
- -,-,
Groisen, its mineralogical types and conditions of formtion. Byall. KoOkOTO
Obshchestva Ispytatel. Prirody, Geol. Bar. 28, No.1, )-110 '53. NLRA 6:11)
(CA 47 no.22:12154 '53)

2-4 R
TfOy M!
--~UxeyF.4 had. /I' .3.5377xr, 10 N". W,
TopraL i~ found typimity in So and
Un
ns-B" in whirb gTiuitrs hive
f(Irmatiuri Into pelltemi. 7hc J,';OIf Inn]. tin, I
UNd the "ons*lid irdwrinwi arc principally gasi,u~- ~1
401113tii! (.2"MI'd MIM(On (WCWTUIr ii) t0j~Af fi)IIIIii 1.1 1~ 0.
norm.11 pmiltti LICIT in greile.-II, Ljwlff
fl
t. :cS, re
Im suits i.11 (he intfMuction of K. F,, "19,
alld %vAt,:r Into Vic Or-ax. Thr fildll,iOM ill 01C
top4t art principaily ligaid. C. 11.
. . . . . . . . . .
TZ.

GILIGOR'YEV, Iv.Y.; DOLOKANOVA, Te.I.
I
Bertrandits from a tin ore deposit in central Transbalkalla.
Trudy Nin.muz. no.7:151-154 155. (MIA& 9:5)
(Trano'batkalla-Bertrandite)

aRIGoR,Y.VV, ly.Y.; DOLON"OVA, Te.l.
-,K*~jqr"r-l,*l-,?I0~
Joseite from a tin Ore 48POBIt in c9ntral Transbalkalia. Trudy Nin.
mus. no.7:154-137 '55. (KLRA 9!5)
(TraAsbalkalia-Josoite)

--7777-7
7F.1,
7
-7

tit
G
l
if
Ud
i
d
wt
'
to
e-quat
c
er
s
og
ca
epo
wt:ted
stistern ft9t9"
t th
contacts of cadw
W
a
e
'
at* todat sad gmalte. 1. F. Of ~jror'ev and
R. 1. 000-
Trudy Malle-P. Inst. ir". S.
1
-jr --Sri
PIMN6
6wif 45. 44 419M). -lifaring veins occur in
sandstones, shales, and carbonate rocks ocar the cmtscts
-with blotite and tourtnaline-biotite granites. Veins in all
types are situJar; ca"texite, wolframite, and arsenopyrite
art tht major tire taintWs, but w1weal quartz. muscovite.
topaz, mkvw.Une, albite, and x1nowakfite am Ot gn.Ajor
gang Minerals In Veins In the datic rocks. Cluartz. fluorite.
and tourrualint p"dominato. in the catbonates. Allmit the
granite coutaLts the -WtX)nAttS are Witted into skAtir and
skam-like rocitz, tuid (lie clastIcs into hornstone. Late
ic "ns. vAtered the wall rocks of the ort veini, the
Tuagmat
hornstone Into gre6tn, skarn into micacroun, talcov. and

c'
Ch sotilermks,(arbonatesitktofltioriteniitiqutrtzgtciseii-,,
7
_..
tarbonAM)U% CLAYEY linIrStoUtS ifiti)
grcisens, Fifteen analyses of intrusive i4wks and 5 of
I vietaniorpliks am given.
V,-14
J".

15-57-5-6499
Translation from: Referativny zhurnal, Geologiya, 1957, Nr 5,
p 112 (USSRT
AUTHORS: Grigorlyev, Iv. F., Dolomanova, Ye. I.
TITLE: e Age and Structural Position of the Granite
Intrusions and the Tin-Tungsten Deposits Associated
With Them in the Central Trans-Baikal Regi,,n (0
vozraste i strukturnom polozhenii granitnykh intruziy
i svyaznnykh s nimi olovyanno-vollframovykh mestoro-
zhdeniy v Tsentrallnom Zabaykallye)
PERIODICAL: Tr. In-ta geol. rud. mestorozhd. petrogr. mineralogii
i geokhimii, 1956, Nr 3, pp, 236-269
ABSTRACT: The following intrusive formations are found in the
central trans-Baikal region Zt-he Zachik ska a tayga
(taiga) and the Daurskiy khrebet (RangeY 11 Variscan
granodiorites and ultrabasic rocks not widespread;
Card 1/4 2) early Cimmerian (early Mesozoicl biotite granites

15-57-5-6499
The Age and Structural Position of the Granite (Cont.)
and other varieties forming the "Great Intrusion" (60 percent of the
area of the central trans-Baikal region), dated by monazite and
samarskite as 180 to 190 million years old (Early Triassic); and
3) late Cimmerian granites and granite porphyries, represented by
small intrusions. These last intrusions contain fragments of partly
assimilated vein quartz and kersantite as well as fragments of bio-
tite granite of early Cimmerian age. The geological and structural
position of the granitoidal intrusions of early and late Cimmerian
age, which has a direct relationship with the tin-tungsten mineral-
ization, associated with greisenization, occurs in those zones where
these intrusions form cupola-like extensions into the country rock.
A study of the jointing in the Shumilovo region in the "Great In-
trusion" has shown that the aggregate of gently dipping fractures
represents a series of gently inclined waves proceeding in two
mutually perpendicular directions and forming at their intersections
a system of dome-like bends. The greisen and ore deposits are con-
fined t~ these zones. The late Cimmerian granitoidal intrusions
Gard 2/

15-57-5-6499
The Age and Structural Position of the Granite (Cont.)
show control by large north-south and northeasterly fractures super-
imposed on Paleozoic rocks and early Cimmerian intrusions. This is
demonstrated by a study of the jointing in the region of the Ingoda
fracture (a fault) where it is seen that the system of joints
associated with the fracture are similar in the Paleozoic sandy
shales and in the granitoidal rocks of the "Great Intrusion" but not
present in the granito porphyries. The tin-tungsten mineralization
of the region is of two ages: it is genetically associated both with
the early Cimmerian intrusive complex and with the late Cimmerian
granitoidal masses. The older mineralization is localized in the
cupola-like extensions of the intrusions, but the younger minerali-
zation is associated with feather-type joints associated with
regional fractures. The deposits generally occur in the country
rock over protuberances of the intrusives. Ore-bearing granitoidal
rocks of both ages are over-saturated in silica and alumina, under-
saturated in lime, and are distinguished by a high content of
fluorine. These distinguishing features are especially strong in
Card 3/4