SCIENTIFIC ABSTRACT KARAVAYEV, M.M. - KARAVAYEV, N.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000720630002-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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KARAVAYEV, M.M.; "IIANTAIAY, V.A.
Density of solutions of nitrogen teiroxide in concentrated
nitric acid. Zhur. prJkl. kbizn. 37 no. 4:75~-7160 A) 16-1
OMYRA T~: 5)
1. Lisichariskiy filial Gosudarstvennogo institut azotnoy promy-
shlennosti.

ACCESSION NR: AP4043762 S/0080/64/037/008/1689/1695
AUTHOR: Karavayev, bf.M.;Kaganskiy, I.M.; Zhantalay, V.A.
TITLE: Pressure of nitric acid vapors over high concentrated nitro-oleum
SOURCE: Zhurnal prikladnoy khimii, v. 37, no. 2, 1964, 1689-1695
TOPIC Tj%GS: nitric. acid, nitro-oleum absorption, saturated vapor, permanganato-
metric method, potenciometric method, acidometry, optical density
ABSTRACT: The author's intention is to obtain data on the equilibrium vapor
pressure over the system HN'03-N204-H20 in the presence of high concentrations of
nitrogen tetroxide. The pressure of saturated vapor was determined by a dynamic
method using an installation which was described in a previous paper (Kaganskiy,
I.M., Karavayev, M.M., Sukachev, B.P., and Lyubchenko, T.V., Zh.P.Mi, =XIV,
1087, (1961)). The equilibrium composition, and hence the pressure of saturated
vapors as well as the partial pressure of the components was found through an
analysis of the gas mixture. A glass vessel 500 m;m long and 50 iTm in diameter was
used for spectroscopic measurements. The 00 vapors were determined with the
spectral instrument IKS-12. The authors conciuded that the equilibrium pressure
of nitric acid vapors over concentrated nitro-oleum does not change with the
Card 1/2

ACCESSION NR: AP4043762
increase in the concentration of nitrogen oxides from 35% up to separation into
layers. A drop in Pi[No has been noticed only during the transition to binary
systems at all temperatares. A decrease in the concentration of M03 within the
lavestigated range does not change the partial pressure of nitric acid.
Orig. art. has: 2 figures and 4 tables
ASSOCIATION: Severnodonetskiy filial Gosudarstviennogo instituta azotnoy
promy*shlennosti (Northern Don Branch,State Institute of the Nitrogen Industry)
SUBMETTED: 230ct62
ENCL: 00
:SUB CODE: ic NO REF SOV: 005 OTHER: 004
Card ?/2

Acassip NR: AP4032496 s/oo8o/64/037/0041/0756/0760
AUMIOR: Karavayev, M. M.; Zhantalay, V. A.
TITLE: Density of solutions of nitrogen tetroxide in concentrated nitric acid,
SOL41CE: Zhurnal prikladnoy khimiij, v. 37., no. 4., 1964,, 756-760
TOPIC TAGS: nitric acids density) nitrogen tetroxide solution density, ENO sub 3
N sub 2 0 sub 4 It sub 2 0 system.. density,, HNO sub 3 N sub 2 0 sub 4 solvate
ABSTRACT: The density of solutions Of N204 (from 2ck~ to 'mits of separation) in
98.2, 96.o, 94.2 and 92.2% ENO 3 (Wt4' M,0.4.100 was determined at 0, 10 and
HN03 t wt.~ H20
20C. The valuer. were tabulated and shown graphically.(fig. 1). Under the
investigated conditions the density of the M'03-N204-H20 system has a maximum,,
within limits of W-43 wt.A N204-, whose position changes depending on txmperature
and water concentration in the system. This increased density is attributed to the
formation of the solvate M10 3-NP.04- Values are also given for the constants a and
Is in the equation a -bt from which densities at other temperatures may be
calculated* Orige arto has; 5 equations,, 1 figure and 2 tablese

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HARAVAYEV-, 14.1-., KAGANSKIY, I.M.; S-KVORT.,(*;V,
Method of uroduction of nJtric w-~Id (-..f Zhur.
prikI.khim. 37 no.7:142R-1426 JI 16,4.
(MIFA 18~4)
1. Lisichans~iy filial Gosudar~0werin-1-g--) 'nslitut-i a~-OtlIcT FrOM-shlen-
nosti.

_L oD935-66 M(m)/EPF(c)/EWP(t)/EW(b) IJP(c) JD
ACCESSION NR: AP501972:9 UR/0153/65/008/003/0435/0439
661.56
~tylva e~v, M. j!tj Kirillov, I. P. Skvortoov, G. A.
AUTHOR: K
TITIX; Desorption of pitrog .en oxides from nitric acid solutions by inter-
.mediateconcentration
SOURCE: IVUZ. Khimiyat i khimicheskaya tekhnologiya, V. 8, no. 3,. 1965,
435-439
TOPIC TAGS: nitrogen oxide, nitric. acid-bleaching, nitrogen oxide desorptioL
ABSTRACT: Preliminary laboratory experiments were carried out on the desorp-
tion:of nitrogen o3tiden from nitric acid solutions (bleaching) at atmospheric
pressure; the process was also studied on.a semi-industrial scale at pressure
up to 5.5 atm- 4n artificial mixture of 70% HN03 + N20)+ was preparod at zero
degrees, then hfiated. It was found that the desorption process is determined.
By the temperature, by the quantity of-gas supplied, and by the are Ia of con-
tact between thil phases., The rate of evolution of-nitrogen oxides increaser.
with rising temperature and is relatively high during the initial stage over
the. entire temp-irature rangee The best.conditions fcr carrying-out the pro-
5-iA a packed column at 5-5 abs. atm. arei., temperature, 45-55C; reflux
&
PIS 1/12

L oo�35-66
ACCESSION NR: AP501-9729
density, 4o-w.O/W of. columm cr ons.sectiou; air flow, 120-200 j&3/t. By
increasing the*amou6t of. air-supplied, the temperature of the process can be
lowered Ao, 35-40C. The,, reflux densities in the bleaching columns of operat-
ing plants'can be increased by a factor of Approximately two by carrying out
the process ~ under , t he conditions. ~studied. 'The.reactioA.volumes can be cor-
respondin reduced. Orig. art. has: l.figure and 3.tables.
91-Y
ASSMATION: Kafedr-a tekhuologii neorganicheskik-h veshchestv, Severodone-t-
skiy filial inatituta. azotnoy promyrshlennoati Department of Technology of
Inorganic Compounds, North Donets-Branch, Institute of the Nitrogen Industr
Ivanovskiy khimiko *-Lekhnologicheskiy ~ institut (Ivano'vo Chemical Engineering
Institute)
SUBMITTED: O6Apr64 ENCM 00 SUB CODE: IC
NO REF SOV: 003 OTHER: 001
Card 2/21

Ewr(miMpip (t)Aw (b) XJ~tc)APL M/M/JN -t
ACC NRI AP60006011 SMRCE CODE: UIR/000/65/98/609/1949/1953
AUTHOR.* KaganslrA7 Kerevegey-M. M, Skvortsove Go A,
I I . .~ 1. 1 - A I
'R=
ORG we 'North Don Branob of GIAP (Severodonetakly filial GPP)
TITLEr Production of highly concentrated nitric acid
SOURCE: Zhurns.3-prikladnoy kbimil,,.v, 38P no* 90 1965-2 1949-1953
TOPIC TAGS: nitric, acids Inorganic synthesis,, nitrogen oxide
ABSTRACT: The article considers some aspects of the production of
highly concentretted nitric acid after contact (catalytic) o3ddetion of
aranonillel/,For tbe calculations, the following initial
1129 assumed (%): N02-1006; H 0-16 698N composition
,4; 02--6,2; N2-- 8* The experl-
nents we*re carried out attbe iollowing temperatures: in the reection
volume--1020; after the first condensation stage--150; after the second
condensation stitge-8 to 90le-Results'amsbown in a series of curveso
The.concentration of.the'product nitric acid and the conversion of tba
,.nitrogen oxides inoresses almost linearly with'an Increase in pressurete
The maximum conceiatration'of the product nitric acid# otber conditional
being equal., Is attained at that combination of free volume and surface
In the cooler wbiiab, at a given cooling tomperaturejassures almost 1o0%
Card 112

L 10991,w66
ACC MR, AP6=68.1
oxidation of the exit gases*-. The experimental data show that at a pres-
sure of - 206 sitm an tacid- concentration' of 68%.may be achieved., while at
a pressure of 3.atm it-reacbe.a.69.5 to 70%., In these cases,- the degree
of,cobversion of the nitrogen oxides is 70 and 74%s respectively, Tbe,
degree of conversion can be increased by reduaing-the NO,): B20 ratio,
however, in tbis.case the concentration of the nitric acid decreases
correspondingly, To attain complete conversion of the initial nitrogen
oxidess the artiole proposes a sebeme,inv.olving a 25 to 35% recycle of
the nitrogen gas,9s6 A series.of runs was made to test this bypotbesis,
and the results isre,shown in a figure* Calculation on the basis of
these results shows that. with a .30% recycles the conversion of the ini--
tial nitrogen oxides reaohes.987o witb a product -acid concentration of
from 65 to. 70%e Orige art* ba's.- 5 figures..and I table*
SUB C0DEt 07/ fi'Myl DATE: 18 Ju163/-~ ORIG REP: - 001/ OTH REFz. 000
Card 2/2

�3-66 EWWr JD
L~312 VT
A
ACC NR. AP6014264 SOURCE CODE: UR/0153/66/009/001/0080/0084
-IT
AUTHOR: Skvortsov,.G. A.; Kirillov, 1. P.; KaravaXev, M. M.
ORG: Severodonets Branch of GIAP-(Severodonetskiy filial GIAP); Department of the
Technology of Inorganic SubsZa_nces of the Ivanovo Chemiml-WhM2102
BY lr~stitute
(Kafedra.tekhnologil neorganicheskikh v e s hA e-s t _v, I-vanovakiy kbimiko-tekhnologiAe-
.skiy institut)
TITLE: Absorption.-Df nitrogen oxides by 65-70% nitric acid
SOURCE: IVUZ. Khtmiya i khtmicheskaya tekhnologiya, v. 9, no. 1, 1966, 80-84
TOPIC TAGS: nitric acid, oxidizer, liquid propellant, propulsion
ABSTRACT: This work deals with the feasibility of using 65-70% nitric acid as a
solvent for nitrogen oxides. The absorption parameters were determined. It was
found that 99%.of nitrogen oxides from catalytic-oxidation products of ammonia could J.
be absorbed,.leaving a residual concentration of nitrogen oxides of 0. 1% by volutne.
Nitrogen oxides.were absorbed by 65-70Z nitric*acid, accompained by oxidation of
NO.to N02 to the'extent of 85-90%. The~N203 present in the gas stream dissolvea
-without reacting with nitric acid. The-degree of nitrogen-oxide absorption with
respect to the number of theoretical plates was determined, and the efficiency of
the theoretical plates was ialrulated. Orig. art. has: 5 figures and I table. [VS1i_
SUB COIDE: 21/ SUBKDATEi* O6APr65/. ORIG REP: 003/ OTH REP: 0011 ATD PRESS:
Card 1/1 -A.,q:3

L 413N-66.__ EWT(m)/FWP(t)/ETI IJP(C) JD/WW/JW
C NR:
AUP60255841 SOURICE CODE: -uR/0413/6")/,;",)0/01.',/0018/001~-;
ljj---, "ORS : S"'Vortsov, G. A ; Ka-rava-yev'-'rI%'Ie IM'* Kirillov, P. ; Ford, 11-1. L1
D. A.; Kagranskiy, I. m.
ORG: none
A mmethod fcr obtaining nitric acia class 12, 18319., Lr---n---ource(3 b,r
Sevorodonots Branch of State-SciAntific Resoarch an,.! Do~sir~n Instltuto 01. t,!..o
industry and of tho.Products of Ormnic S,,-nthusis (Sovorodonotsk~,y filial
Tos-adarstvannogo no.uch.,-io-i-ssledovatellsl-.oro J- proyektnogo instuituta azo-,noy
1).-omyshiemnosti i produdrtov organicheskof-,,o sinteza)-7
SO-U-11CE: izobreteniya, prorrjshlennyye obr--z'Usy, tovarn:,--To znaki, no. 13, 1966, 18
--OPIC TAGS: nitric: acid nitrogen compound, nitric
j STRACT: Th, s Author Cer'if icato nrozonts a riethod for obtain;n.- n- r, c ac4 d iuider
-'e PZ'essure of 5-10 atm, outcf ntrogm oxicbs in the systan of condensation of iZter vapors.
To increase the concon-bration of nitric acid, tho unreact-ed nitrogen oxides are
ab--orbed 'by the produced acid at a temporature no higher than -5C, blea-ahed, and uzod'
to stron[.;then the acid at a temperature of 25--,15C In the absorption part of the
'bleach:L-C column. [04]:
SUB CODC: 07/ SUBIA-1 Dj=, : 13Apr64/ ATD PRESS:
Card 1/1 UDG: 6jI.562.C5

KARAVAYEV, hi. N.
The U14-2,5-trPe mobile unit for manufacturing macaroni. Kul.
tekb.-ekon.inform. n0.12:45-46 '59- WIR& 13:4)
(macaroni)

KARAVATEV, M. IT.
The KhTL dongh-dividing and rolling production lino. Bitil.
tekh.-ekon.inform. no.1:55-57 160. (MIUL 13:5)
(Bakers and bakeries--Equipment and supplies)

XMVAYMr, H;N.
The LPL-1 and L'PJ6-lA screw presses for manufacturing macaroni.
lliul.tekh.-ekun.inform. no.4:48-49 160. (MIRA 13:11)
(Maearomi) (rower presses)

KARAVAYEEV, M.
Karavayev, M. IN. - "The principle features in the growth of' the n1ant covering cf
central Yakut from the middle of the Tertiary periol," In the s- -n
I )rm-)csiw : Dokiady
na Pervoy Nauch. sessii Yakut. bazy Pd! SSSR. Yakutsk, 10,48, n. 151-6,1
SO: U-4355, 14. Au.-ust 53, (Le-topis 'Zhurnal Inykh Statey, No. 15, 1949)

KARAVAYE-Vo M.N.
Lichens
Perfumatory lichens end the prospect of their utilizetion in the U.S.S.R. Trudy
Bot. Inst. AN SSSR, Ser. 2. No. 6, 1950-
Mmonthly List of Russian Accessions, Library of Congress, June 1952. UNCLASSIFIED.

KARAVEYEV, M.N.
Review of' species of the gewas-Aretous Niedenzu. Bot.mat.Gerb.
15:182-196 153. (MIRA 7-2)
(Ericaceae)

KARAVAYBV.M.lf.
A species of sweet vetch Hedysarum vicioideB Turcz. Bot.mat.
Gerb. 16:233-236 '54. (KIBA 8:9)
(Hedysarum)

KARAVAYIff, M.N.
Division of the taiga zone of Yakutia into geobotanical district&.
Vest.Mook.un.10 no-8:109-115 Ag.155. (min 9:1)
1.Kafedra geobotaniki.
(Yakatia--Phytogeography)

~-~VAYZV, M.N.
-
New data on the winterfat Barotia leneneis Mmin. Bot.mat.Gerb.
17:112-121 '55. Wak 9:5)
(Winterfat)

K&UVAYLV, M.N.; POPOVA, A.I.
;~.~ , 7,
New data on thespore andpollen analysis of Neocene deposit of
Northeastern Asia. Biul.MOIP.Otd.biol. 60 no.6:107-113 N-D '55.
(MLRA 9:3)
(SIBERIA, RASTM-GEOLOGY, STRATIGRAPHIC)

V
V
0 ogy,
' 77
22

Oi4i, rev

-Undscape
-of- C 8 o the: c6drial
M90grap-'e'reconstructi6h. id~46i f

li
d t ii.
p

ogeograp a-recons ruc
-4 - ~.t6 -Fivi~USSR ref ercinces
qa~:p
19454a950--':`
-!t7

.Yl -Iii6titutidn- d ~:6f. 'Stit, p
ca i i~ of rodwtive Forces
-by:~:I
I' p raerali iy.~- e6
.46~demi6ian- mbr -195k-
jx~ D e e :29

KCRMKAYA, Lidiya Aleksandrovna; KARAVAYXV. M.N., otvatstvennyy redaktor;
du
KULITIASOV, I.M., redaktor izMle']'~t'st'viiv,"ISTAFIYJWA. G.A.,
tekhnicheskiy redaktor
[Fodder resources of the Zeya-Bureya plain] Kormovye resursy Zelsko-
Bureinskoi ravniny. Moskva, Izd-vo Akademii nauk SSSR. 1956o 77 P.
(Amur Province--Forage plants) (MLRA 9:8)

Dividing the eastern part of the Central Yakutian Plain into
detailed geobotanical regions. Yest.Mosk.un.Ser.biol.,pochv.,
geol., 1,,Sog. 12 no.2:39-46 '57- (MIRA 10:10)
3
l.Kafedra geobotaniki Moskovskogo universiteta.
(yakutia--Phytogeography)

I
1"1'7 pi v 111,6 k~, /,'/ A' *
KARAVAYBV, M.N.
Rare collection of Polynesian plants at the Moscow University. Vest. Mosk.
un. Ser. biol., pochv., geol., geog. 12 no.3:235-242 '57.
(Moscow--Herbaria) (Piolynesia--Botany) (MIRA 10:12)
(Forster, Gborg, 1754-1794) 1

KARAVAUVP M.N.
~ 7::711-" .I
ITOw sPecies in the flora-of yakutia. Bot. mat. Gerb. 18:7-12 157.
(Takatia-Botany) (MLRA 10:6)

A
AUTHOR: Karavayev, M. N.
5-6-37/42
TITLE% New Materials of a James Cook's Expedition in the Herbarium
of the MGU (Novyye materialy ekspedits-4i Dzhemsa Kuka v
gerbarii MGU)
PERIODICAL: Byulleten' Moskovskogo Obshchestva Ispytateley Prirody,
Otdel Geologicheskiy, 1957& 6, PP 149-150 (USSR)
ABSTRACT: The Moscow State University, MGU, is in possession of a
very rare collection of plants which belonged formerly to
G.F. Hofman and which were collected mainly by students and
close co-workers of K. Linne'. A very interesting herbarium
of J. and G. Forsters, co-travellers of J. Cook, is contained
in this collection. The Forsters' herbarium consists of
280 plant species. The first part of the herbarium, 193
species, consists of the plants collected on the Pacific
islands of the southern hemisphere. The second part, about
60 species, includes the plants collected in the West Indies,
in South America and the southern part of Africa.
AVAILABLE: Library of Congress
Card 1/1

TOLMACHEV, A.I., otvetetstvennyy red.;
SABUROV, D.N., red.izd-va; TVERITINOV.A, K.S., tekhri.red.
[ComDendium of the flora of Yakutial KOnSDekt flory IAkutii. Moskva,
Izd--vo Akad.nauk SSSR, 1958. 1958. 189 P. (MIRA 11:3)
(Yakutia--Botany)

7j
tln
it
is
sip .8
ie-02bl 10 It
uv
alit Al
All
ca 31
AV i.~.R A-42
01
p p
[1,; 1 .0 111 ju IWO
oft

KARAVAYEV, M.N., FILIN, V.R., RYBA 11.0.
_."; ~ "T -
New data on arctic plants of Yak-utia. Fauch.dokl.vys.9hko1y;
biol.nauki no.1:119-141 158 (MMA 11:8)
1. Predstavlena gerbariyem. knfedroy vysshilch ranteniy i laboratoriyey
spori)-pullteavogo analiza Mookovskogo gosudnrotvannogo universiteta
im. 14-Ve Lomonoeovas
(LYAKHOV, ISTANDS-130TANY)

L",qR1qv141,Cv '44.
A f/ I
H.H.
'11~ V ~ 0~1 4!-. , - - .
Brief characteristics of the, flora of Yakutia. Nauch. dokl. vys.
shkoly; biol, nauki no.2:102-107 '58. OaRA 11:10)
1.Fredstavlena kafedroy geobotaniki Moskovskogo gosudaretvennogo
universiteta imeni MoVe Lomonosova.
(Yakutia-Botany)

KARAVAYXVj M.3.
Collection of plant drawings at the Moscow State University.
Biul,, Glav. bat. eada no-31:124-125 '58. (MIRA 12:5)
l.Mookvvuki7 gosudarstvenny7 universitat im.. M.V. Lomonesova.
(Moscow-Betany-Catalogs and collections)

AUTHOR: Karavayev, M.N. SO 7-5 - 9 9 - %4 214 5
TITLE: Coniferous Fossils of the Tertiary and Quaternary Period in
the Lena Basin (Iskopayemyye khvoynyye tretichnogo i chet-
vertichnogo periodov v basseyne r. Leny)
PERIODICAL: Byulleten' Moskovskogo obshchestva ispyt.ateley prirody -
Otdel geologicheskiy, 1958,4,Nr 2, pp 166-167 (USSR)
3
ABSTRACT: During the last decade, Tertiary and early Cuaternary sediments
were discovered by geologic research in the Yakutian A",SR,
es-pecially in the Central Yakutian plains. The material ob-
tained on north-east Asia was evaluated bY A.F. Vaslkovskiy,
and on the Lena basin by the author, who gives a short de-
scription of the various coniferous fossils of these periods.
1. Paleoecology-USSR
Card 1/1

KARWAYEVO M.N.
,
Relict steppe fragments with Beliototrichon krylovii (N.Favl.)
Henrard in Yak~tia [with sumary in Inglishlo Bot, zhur, 43 no,4:
4,81-Wg Ap 158-
(HIM lit6)
(Takutia-Helictrotrichon)

DMVAYP.V. M.N.
" *.--;.
.
F-1 First find of Ts-aga affin. lougibracteata Chong. in a fossil state
in the U.S.S.R. [with nummary in English]. Biul.MOIP. Otd.-binl.
63 no.4:73-76 JI-Ag 158 (MIRA 11:11)
(MIGALASSY-MMOCK, FOSSIL)

KAIIAVAYJIV, H.N.
Principal characteristics of the distribution of land forms
in Yalcutia. 11auch.dokl.vys.shko1v; geol.-geog.nanki no.2:
Lki-53 '59. (MIRA 12:8)
1. Hoskovoldy universitat biologo--oochvennyy fahilltet, k-afedra
m,obotanilci.
(Yalaitia-Physical geography)

KARAVAYEV, M. N...
~ , " Y A~
"~A Scirpus uniflorus Trautv., a forgotten gcod species from Eastern
Siberia. Nauch. dokl. vys. shkoly; biol. nauki no.4:90-93 '59.
(MIRA 12:12)
1.Rekomendovana kafelroy geobotaniki Moskovskogo gosudarstvennogo
universiteta im. M*V* lomonooova-
(Siberia, Eastern--Sedges)

ICARAVAYBV, M.N.
Nitrogen-fixing nodules on fossil alder (Alnus Bp.) roots.
Bot. zhur. 44 no-7:1000-1001 JI '59. (MIRA 12:12)
l.Moskovokiy gosudarstvannyy universitet im. M.V. IomonOBova.
(Aldan Valley--Alder, Fossil) (Root tubercles)

BOCHANTSEV, V.P.; KAHAVAYEV, M.N.
W.WdW
The new genus Gorodkolyia Nob. of the mustard family. Bot.mat.
Gerb. 19:109-113 '59- (HIWk 12:8)
(Yal-utin-Gorodkovia.)

BIDZHIYZV, R.A.; KARAVAYBY, M.N.
Recent materials on Neogene deposits of central Yakutia; the
problem of Mount Mamontova. Vest.Moskoun*Serobiol., pochv., geol.,
geog. 14 no.4:117-124 '59. (MIRA 13:6)
1. Kafedra paleontologii i goobotaniki Moskovsko o universitata.
(Aldan Valley--Geology, Stratigraphic~

YURTSE:V, B.A.; KARAVAYEV,--!!-.!l,.
A new Oxytropis species of' the section
steppes of northeastern Yakutia. Biul.
41 JI-Ag 161. (YAKUTIA-OXTROPIS)
Baicalia *e. in the mountain
IMOIP- OU6 biol. 66 no-4: 4-
(MIRk 14:7~

KARAVAYEV, M.N.
G-Forster as a botanist and his botanical collections in the
'U.S.S.R. Trudy Inst. ist. est. 1 tekh. 36:1?6-201 '61.
0-11RA 14:9)
(Forster, Georp, 3.754-17910 (Herbaria)

GUCIiEK, T.S.; ZEIILYANSKAYA, V.G.; aTDIA, AI.;
SMTSOV, V.M.; TYULYAYTIA, f.-P.; OBRUCIMV, V.V., otv. red.;
KOIVILIT.IEVA) A.A., red. izd.-va; GOLUB', S.P., tekhn. red.
[BibliograplW of the Yalmt A.S.S.R., 1931-1959] Bibl5ografiia
IAkutskoi ASSR, 1931-1959. Moskva, Izd-vo Akad. nauk SSSR.
Vol.2. [Hatural features, resouces, and national econoNyj Pri-
rodnye usloviia, rosursy i narodnoe k-hoziaistvo. 1962. 254 p.
(14IRA 15:7)
1. Akademya nauk SSSR. Sektor seti spetsiallrWlch bibliotek.
2. Paucl-maya biblioteka Soveta po izucbeniyu proizvoditall-
ny1ch sil Akademii nauk SSSR (for Guchek, Zemlyanskaya, Sytina
Tyulyayeva). 3. 14oskovskiy gosudarstvennyy universitet (for
Karavaye-).'+. Yakutskaya respublikanskaya bibliotelca im. A.S.
PusNcina kfor Sentcov).
(BibliograpjW--Yah-utia)

KARAVAYEV., M.N.
Steppes of the Indigirka River, Biu-I.MOIP.Otd.geol. 36 no.6d23-
124 N-D 161, ("IRA 15:7)
(Indigirka VaUey---Steppes)

KA~iAVAYFV, M,N.; F11-IN, V.P~
First discovery of fossil Boschniakiq rossica(Cham. et Schlecht.)
B.Fedtsch. in the U.S.S.R. Vest. Mosk. un. Ser. 6:Biol., poch-.,.
17 no. 2: 53--56 Mr4p 164'. (MIRA 17:7)
1. Kafedra geobotaniki i v~rsshikh rasteniy Moskovskogo
univorsite~ta.

KARAVAYEV P.M.N.; DOBRETSOVA, L.A.
~ I ,
Brief outline of vegetation of the lower Nera Valley (upper Indigirka
Basin). Bot.zhur. 49 no.11:1544-1559 N 164.
(MIRA 18:1)
1. Moskovskiy gosudarstvennyy universitet i Yakutskiy filial Sibirskego
otdelenlya AN SSSR, g. Yakutsk.

-1-1 KARAVAYEVP M.-N. ~! -
One of the oldest collections of p2ants In the world: D. Heylls
collections from the vicinity of Padua in the 16th century.
Vast. Mosk. un. Ser. 6; Biol., pochv. 19 no.3t65-70 My-Je 164..
(MIRA 17tl2)
1. Kafedra geobotAniki lloskc;vskogo universiteta.

KORZHUTEV, S.S., YTTVITSK11, 1EGOROV., O.V.; NAUMOV, S.N.;
ZOLIRIKOV, V.G.~ KARAVAYJ~7.,.-,j-.j,.1 ,
KACHURLIN, S.P.;
KOS-1ACHEV, K.P., PrinLmal.` unhas-~*Iye,, KORONKEVICH, N.I.;
DIYAKONOV, F.V.; GERASINOV,. 1.P., akadon.ik, red.;-
PREO&WHE SN KIY ,V.S., red.; RIKKEB.-, G.D.t red.; AURAMOV, L.S.
red.; AP&LW., D.1.~ 7ed,,- ';EK-Ei~, S.1-1., red.; ZOTIN, S.V., red.;
DZERDZEYEVSKIY.. B.1- red's-, KG!,'O. I.V,. red.; LAVRINKO, Ye.M.,
red.; LEOI*.,TIYEV, E.F..~ red-, LEIUE~T,11 P.A.$ red.; LIVOVICH,
M.I., red.; MESHCHMYAKOV. Y--~.A., MINTS; A.A., red.;
M'URZAYEV, E.M,, red., NASR'IOVICH, A.A., red.; POKSHISHEVSKIY,
V.V., red.p FOMIUS, M.I., red.,,, ROZOV, N.N.:, red., SOCHAVA, V.B.,
red.; FORMOZOV., A.N,, red.., YANSHIN, A.L.... red.
[Yakutial IAkutiia, Moskira, I'lawca, .1965. 464 F. (1-',IRA 18:8)
1. Akademiya nauk SSSR. geografii. 2. Institut geogra-
fii AN SSSR (for Korzhuyev, VitwLtskiy). 3. iakutskiy filial
Sibi.rskogo otdelenaya AN SSSR (,'~lr Yegorov), 4, Moskovskiy
oblastney pedagoginheskiy insti"ut irr. L.K.Krupskoy (for Naumov).
5. Pochvennyy muzey AN SS,1ZR (for Zollnlkov). 6. Moskovskiy go-
sudarstvennyy wi~versite", im. M3.L.-m-mosova (for Karavayev).
7. Proizvodst-rerur~y:; institut stroitell-
stva Gosstro7a SSSP (f-,.-, Kach.,.~~jn). 8. lrustitut- geografti Sibiri
i Dal:nego Vostoka S'Wrsk~g.- ot-
.,(-1~n,':yu AN SSSR (for Kosmachev).

KARAVAYEV, M.P. (Leningrad)
~ " --rl . 1-1 ~ ~ ~
Multiple nom-aftbromas ot tho sinall intostine. Arkh. pat.. 10i;
76-77 162. (MIRA 17.- 1)
I. Iz patologoanatomicheskogo otdeleniya Sestroretskoy,
bolinitay imeni Olitskogo (glaN-ny7 vrach - zasluzhennyy
VTach RSFSR N.Ye,, Slupskiy, nauchnY7 rukovoditell - prof.
P.V. Sipovskiy).

KARAVAYEV, M.P.
Six caSeB of giant-call tumors of the vagiria tendinis. Diirurgila
41 no.4:136-138 Ap 165. (MIRA 28: 5)
1. PatoloCoanatomicheokoye otdelcniye (vav. i-1.11. Karavayov,
nauclinyy rukovoditell - prof. P.V. Sipovski), [deceased])
Sestroretskoy bollnitsy imeni Olitskogo.

KARAVAnN. M. V6
"Investigation of the KDM-46 Diesel Engine When Operated Under Overload Conditions.0
Thesis for Degree of Cand. Technical Sci. Sub 18 May 1+9, Moscow Inst for Mechanization
and Electrification of Agriculture imeni V. M. Molotov.
Suanmary 82, 18 Dee 52, Dissertations Presented for Degrees in Science and
Engineering in Moscow in 1949. From Vechernyaya Moskva, Jan-Dee 1949.

MIN M
NNW
OR
U7
min.
:ew tIR;
-a
M_
Of;
mmch,
r
MON.
r
x.
A
H
01.
"n-
&Ofa .2~
IN
mit
Al-E
Omu
Wuosvg
50,
M.,
R~O
Mal
pax ,w
10, A r AG 9
Ull,
!A.;- BIT"
gg
MI.
ge-m-A MAN
1~~ 41, bmdV DM iWA
Opq
15N ". , - _F 1.1c ~,., _~_l '",3FA '
4
Ai tow
SPA
Me O-V
073 0
R", .2
Q
i Aw qsla -!I,-
0"
m_x 0
lot
IV, 1EV
__v
, -m W-1 It
-A
V U,
". -1 . -, - -- --
Q
s
Aff
RM R - ,
EA~
NP!
gp,:f~g,c- N,
50

PRYANICHNIKOV, L,K.; KARAVAYEV, N.I., instruktor
Fan clamp. Transp. stroi. 12 no.8:52-53 Ag 162. (MIRA 15-9)
1. Zamestitell nachallnika Tashkentskoy normativno-issledo-
vatel'skoy stantsii Orgtransetroya (for Pryanichnikov).
(Gluing-Equipment and supplies)

KAUVAYLVI R. L.
29062-0 ZamenitelyAkh4tsetilen'a V Avtogennom Dais. Trut Sredneazist. Industr.
in-ta,, vyp. 4. 1949; S. 3-10
So: Letopis' Zhurnallnykh StateYy Vol. 39, Moskva, 1949

KA.RAVAYEV. N.m makhanik
Renoable demountable booth for operators of T-41 and T-37
hoists. Na stroiJbsk. 2 no.8.129 Ag 159. 041RI 12:12)
1. Stroitellnyy uchnatok -74 treata MoBotdelstroy No.l.
(Buildings, Prefabricated)

WOR86und twit" ate was
115~ gektW, and We

RA lhrwglj swdlen RehuntfiAtIl
studfed.~ A-Wzba- athiint rate m-
t~'..li4t!tisi6i-di~ulttiwtikvibra--
rate consti. i6se f6m.0.51
~fifsftcist WABD YAO-i withultia-
ttst from1 .0 XAO-4o -11.7 X 10-4,
tw vwue ~nj -
,
W rtmlsfane6 la
the sOld4iquid iritcr-
-W. M, strmliqG-L~
~
'
II
r

FRIDMAN,V.M., kandidat khimicheakikh nauk; MESHKOV,K.V., kandidat
tekhniche8kikh nauk; KARAVAYEV,N.M.,
The effect of sonic and ultrasonic waves on fur processing.
Leg.prom. 15 no.4:42-43 Ap 155. (MLRA 8:7)
1. Chlen-korrespondent Akademii nauk SSSR.
(Fur) (Sound waves) (Ultra sonic waves--Industrial application)

KARAVAYEV, N.
KARAVAYEEVY 111.
Neftjanoje Djelo 1913 , No.
92, 550; J. Soc. Chem. Ind.
The specific heat of hearr
high temoeratures.
16; through Petroleum
12, 128
petroleum fractions at
CA: B-3359/8
PJP)WPMMD

00
000
0 0
"
I

4 It u 11 W is 16 vv nand #Ida Ansm A it W 11 if is lk Ll a P, a
t
1
I A4 N CC 0 u b f
R I I
I 4
4.1 61 at 6.
A
A
P
T
-
. --
-
.-TtOO

Xxtractiou of ruLneral substanges from coal- NM. KAkA%,N%
A%'1~ 1. V
RAIN~
,
:

n-ay. 181fillyo l
11, 1'. ,
ejW,qr*A lost. 3, 31 II(IM11) V , of OM
ft
,
a tAly.iq
1uV not sigtisls6ory with njard to mineral compti. anti JUA, 1'.1. 111" ( vw),
i
i
h
ld
em
e cu
n t
.
s more effeetive than HCI in rits. mineral matter. It dkK4vr% the
silicaten prrsent anti does not attack the mg. matter. The erron due to water of hy.
'
d
k
id
d b
l
rat
u: air avo
e
y a preliminary treatment of the coal with a cold oln. of Ill.
(1:to)
al
for 24-U hrs. VLADIMIR VC&qKLOV%XV

V

.400
Z&O

'00

1,06
A 0 S L A 011ALtURI.Kat LITRN&ft~K[ CL.SUPICAM" 00

it
1 U &V 10 is 0 19 11 0 It a 1( a PC
KID A
0
&A 0 0 0 0 0 0 0 0 0 0 0

000 0 00000 0 0 6 0 0 0
AW
C 6-IFA )"CRO 0 0 0 6 0 0 0 0 & 0 0 * 0 0 0
1
f j 9 a 11 1) it W 1, M it All to a It 0 111 IS IS 1$ ;7 ill A , X 11 a )l V is W .1 W it re
:
I , A
A-A- 11- L AA 14 (X 911 tt 4 t % 1 4
8. AL I A -1 (L -it- 4 L-L 0 P V, .
I
-04* 0
40

10
IT 00
-
A
t-061 tcOM KuUbtbW 101111112 (Siber6l. N. N1. KARAVAVIIV ANII 1. It, I;A
lwcsh WO Te#004- /nit. 19Z9. Nm 11, 15 ;A),- --C&1%TjjWjVc-U*jlI district (Hokluiredy-
' .00
xkji~ -
Irrebryarlikovskii and Maicrovskii layers) contain abotit 5% 111(), whik the -00
ftwinsWilay"hasuptIA10%. The hyromvic 1110 in the fint3layrnamotinbitts
,
06
1 1
The.% txAntelitchled Am lily etaml 112 -1 1p;. stifle
.t.
.
'
I% apprin : C
,V 1.11 M 44. 11 S 27-0.05. N I M 2.81 and 0.
at vvoes. up "1 8%

0 a A him trinp ratli,misation Carried olit in a Ftwhrt "tort hilkea ilia ttWts
-
b
k -0 a

: a
a
ing and swelling meral-coke 67.01.) 70.747, gasirs and I"Z
.it 1 8. 19% dry ur 11~4 -
'
CR)`-
I .00

0 R
~, moisture in cDal gas 711.3-M-1 cc. per 41. coal
nar gas had a

00 cgilarific value of (XV cal./cu, fit. and was couili-il Ad N 1-1 171411; 100~,
4,34 16.67e,~ CO, (I-MF1
e. ALM.- Axvx A) U21"~. It. 1 01.1 21 --' :.,4 IVV: 09

09 e
N,. I'll%, I&r -11-1014b, vichled ull(l 413!"; lKlililtir IftbIW INF
"4111, l
1::01 J
i
l1
j
.
k
i
.
j
s
III low !Lill' N V W tnlq ImIilluS lithm 3411' wi.134141 3S 4MP'j I-I'lu, The
0
liartion Iti4ii tile Zhwitiiikil layrr tuna W a vau'litie like cNWItl.tcucy 41tcr a
while these fractions QW-340') aft all high Ill paraffin. Owl lwal the Kewrorsksa
ckitrict contains 11A) 7. aab 1.16 -12.96. So.6and volatile matter2l -3470. nec"fic
value is oil*) "XI "l./Its , WWII: UN clemataty cotapa. of the combujaitAte niau
0, av"cs: The low-temp.cortionlitation
4. ridu4m 10.10-M.941% of baking or a liowderril wrini nAr. with 3 2A ANIPe Kew% Mail
ow%.
I.%
0, sl
-
contains 11
14 '=
l
t
l
d
t
Yh
I
"
vo
.
an
a
e ino
ti
%
.
l
c
r c
infic value
%.
7440 Milk) calAS. 11w cointitistilile part I, cunux~l III C 101.4 0110. 11 4~ 1 4 to aad
N Absking ar rowdery wriii-coke arnoulkling to 97,K7 MI140' was
0' lk

8! -4.99
0
o1*9ned. while gages and lanes were XZI dry tat 2 13 31 % and 11,0 1.64
~

0
5.OK
. Coal fram AnsAffe-Saidskinikeo diotrict contititu-cl mm,tuvv :13 4 !1, *~h 33.7 10
0 ;
11!0 p II 1114-11to r v me. V IN I it 11
414. If A 14 4 V. .-1 14, 1 it !IV,
0*4%Tlq soil I'llivit III t4ti.414 paul. 4 th. I, A

Ate %I A
IIII.tilIVUkAl J1114611,41 AtAMMA110- 1.00
too
.00 8i
tL V -1 -1-1 --v
U is 4V so At' 01 a K " n it All
0 a 0 0 0 0 0 0 0 An L to
MW 4 1 1
9 4 a ; 0 0 0 0 0 4 0 0 0 6 0 0

All a 0 4110
0 q a 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 9 0 0 0 0 0 0 0 0 0 0 0 *

9 to 11 U U m U 16 IY 4 a z SO 9 a A 61 a
t
k I
I Of 41
g A A A R I v I ML tt
.V P.Pfe,
oil ..V .
-
IL-
11P A*D 61"-ITR~Iti -00
;
k
Pa"W't,
at 0 ree(Itigi A
v
69 Lharactmolks Ad UW tar k1lim 11IMPOP9111*0 from th-
t
B
Ri
t
N
ari
ver
.-A- RUSAVOIN. 1. I
. 14*13,11k1ft Ao~j
:,a
1',,PJ,tu 1. No. 2.
1:1 2411001; cf. A. 35. 19SI.-Dimu. in a totatins
`
,
'
I
Mirr TrIort Yielded 20
~ of K;Mjinr with a -,W
cnd
'
4? o a point and Z17v of kertierne sith a 3UU
end point. The
00 a froin the lower frwt6as & product hilher in S than Mille
IVII ovrt in the ethur extractable With alkalies. N114(Jlf
It&% practically no effect an the hilghef-1,oilin, Irsetims.
CurWir acid waq not d
d
h
etecte
. w
ile crew4a and zylrrx~jj
111001on b, 200 2'-'%') attiount to 2.480 of the wt
tit

: .
the crude PhruoK More tit lr%s mable phrnolz with a S of*
0 j r~

So
go
c,
fI.'IUVq;K.t k'V1*.IL'Kt CL'%%1?KAIWOm
AT 10 1
U It at a a 4
'To's 0
0 0 0 0 0 0 0 o 0
0 0
0
T440 0 0 0 9 916 0 0 0 0 0 age-9-0
If
99-
a.. 11. doe
-TU a a a I W It 9
UO of 24
0 0 of 000
00

0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0'
A 2-1 is L-M I IL L-A-11--t-A 1__L__A _W M-M OP tJL4j-A_.A__A_A i I v
A T " - - I - I, --
0
A
Cosboalilit *dds trisnis the sapropatile tor from the
000"d dolisialt L4 the rivet Sairsess, distrkt. 11. N. b
1 11 Rapoposit and V. A. K huller. -X'VWv.
PIP" - '~
=7- ~t;; 1. No. 4. 27-310030). cf. C. A. 25. .-so
IWI.-The ~csdss obtained an dry-diiilg. the sopropefites
00 are datrisbulett intsise of U-M unifestility in all frorlions.
00 Ands from fortuis! tip its limpkinic writ limral in tit* ins
Wolff; lite mom r1implicalrd ofirs Ism "lit, Insin the
00 u, tat by treating it with a 10'j, stiln. of NasCOb until lite lattAl. 1hr 1&,i flacti,'n "ais VACMUM~ILSI`L; At IW,
z i exits. at* ahnsuat colorless. The exits. are washed with Lt** A yellow oil was obtained, while the lowcf-bodws 600
,3:,- ther to resinore neutral compels. stbd the solm. of the fractions -etc colork-a. Numcnm iunides Ishe were
e
: 11 eNss sells is treated with a 107t, onto. of HPW4 to a qtrunily prepill. and their PhVn. cotustants ctimp" with Otiose
'acid reaction. The achl layer (upper) in r%td. with ether. of known %~irtjqfttition. A. A. BorbilinSk Q2
irhe Sq. .411. 1. 'issilim mi with NmCI and cutd. with
Its ~rlbsrt- ns, -~Ihrr will% , sdirr thyins Aml rvaps. the
r be.. Is.. a plain or%. avid The acid. had a dark so
icalor; 22.6 is. was (I1smsIve,,I in U) m. td tits, CIIAAI and
;,Csterifi.1
wilb lICJ can. litider c4x)lillg And for 2 hts.. 6
ils, cc. of Clitoll was imssided slid IlCI was pawd in for I
In. Tbe lit estris were left ha 12 hrw. followed try a
careful addn. of NmIC(h to an &lit, reaction with fitmus.
1U *qW. esters iscre extil. with ether. washed with x 00
N&,C(-%. ansd 11.0 aM the ether evapd. The remaining
&A. I.. -as d.,d. with 10% H.SO.; the ether extim. .00
yiekled about Ili. swids which did not take part in the
froct"i. The obtaisied Me "Im hail the followini
esterificatiost iun.: fractli-ii Is. 01 M' 4113.
376b, M-110- NOV.S. 1211 IW 27kh and 145-1112"
:"Do
iii*O. Phys. characteristics tit these fractions we tabu-
=09
A I M. S 4. AdiFTALLUROKAL LITIRAT1441 CLASSWICAfiCk Uz-
roe
-Air -is An I I a IW 0 1 a 9 4 1 9 v
;0,p 0 t. It .1 Of 11 st as H It n it 1 14 Ad
0 so
o 0 es 0 litis a 0 0 0 0 e 0 0 0 0 0 0 0 0 0 4 0 0 0 0 0 o-
0 0 94 0 0 0 0 of 0 1 - IN `
too 0 09 0 09 0 0 0 000 0 0 000009 0

i's 0 sees 0 * 0 00 0 * 0 a 0 0 0 0
0
t. SIMI,
On I Its& to tallulIM111611 a it is x a a 11 UUMAJOY10104141414u Ad 440
A L-A--L-JL-" _j_&, a I I U -" . W$ - ME IM..
M
-A-~ .11 a ]a a
So A UNP-POPM - .- I - -1 1 - - -- ~ - .p
s PWISSIS A-D PIGPI0111% hot.
-00

00 ConjositJim or Oftime from SAPF"Glite tv. t,
U. Kamvwv. 1. B. kA port and A. N. B&shkijvv.
mkw.-rwb1r1W- 11 9-0-1. ti, sbale
tat oblained in a rotathilt Fischer retort w&% disui. Ofm

00

ff
OG

I

o

i the F"wvsl of basic arml widic nwojx,nents. The Yields
were-. frwtions b. WM)*. 21.83%; LW-7-0% 21112~'r;
270-"*. NAM% and >360% 27,497jr. The gasoline
had a d166 of 0.7616, the kerowne (b. "-'10*) O.&M.
The Inflowing unsatd. hydrocarbons ate present in the
ffwlh* tractkm of the suprupelite tar. C.11", C1111.,
Csilm CA% Cmillss and Colims. The doulk bond ap-
pears to change Its position, havingbetts found at the Ind,
3tdabd4thCatognsinthechain. Becauscolthepre~;.1.
of small awts. of dibasic acids found aumt the oxidation
roducts, it is concluded -that gome diolefins are present
In he shak tar. A. A. Boebtlingk

00

o

oo
z
so
00
-E J~& S a -_~L A AITALLUErSCAL LITERATURE CLASUPKATION
i?b IA U - 10 111; i's S' Rm S' U'
49100 000010 0004) 0 0 0 a 00 0 0 0 ZO 0 0
0 0 * 0 0 0 0 0 0 * a * 0 0 0 0 0 0 0 0 0 0 0
90
istee
)Zoo
;No*
o"
0
as As, 00
0 0 1 1 x I" I da a 51 11 1 w wl~,
.00
10 0 41 0 0 so 0 a 0 0 9 0 0 0 00 00
a 0 a a 0 0 0 0 0 0 0 0 0 0 0 9 0 0 9

O
t 10 11 U it U it as 1?11 nAl.
.Mb 1417111M Alif U" JAD M U )Ajvdj 6! 42 0 "CC&
F a A I I v Y O-A-1- 1. AA P4 CE Or tf a t I a I f 0 0 6
4 t- -11
00
C.I.t.4
0o '
oe
-00

-00

00 Mar. 1twaa6ya Tfflokkk. AIL V1,41101. 710000-TO~X Ad- R"'Jim) IQJO, -NO- 1 8D-
,
li
Il
h
i
1) d
t
00
ssroAs: (
au
-yar
Ow. MY
%vt
e r
,U. --ntre types of tkpcWtx we" fuund asear t
( -
so denw. in IA%rM %Vfy (Iil&-Wt to grind; (3) dark gray, in layers. the layers larc-calps -4111111

00 c sepal. anJ disintegrate into K*kl OU Cdaid.
own di'tinait after dryinf; theycanessalrb,
0
w sa lites contaln"I nati'turr
j; (3) a piece of wood rocat with bark on it These
1
=
i -
0
0 o ,O%, 71keek-owntary
lle matter (
7P. ash 50.0-1.0% and vola
1
1 3.5
1
4-0.72%.
4282.1yA6 of the combustible C 70-79.676 11 7,".47# and N W-
h
i
I
Fi
l
M
C
j

0 n a
sc
er
on
. L A I.Ap. carboa
sat
k
Ile cawrx value was 812
I
retort yirldrd U27-Z7.24% occialcolte. 33,81-M-90% tar, water and the gas and loss

0 :
0
0 aSnOunted to 7S3-10-83%. The coke so obtained was dense and was good only " a
51-
0
h
l
2
1W
id
007
"
-
.
eno
.
s.
s.
v ac
.84% p
JOWLgradecona.luel. The tat contained 2.3
1,2~' Woes and 87.9-M. neutral cona"ients of 0.84-1s OAD72 sp. gr. The tar
r;
tne
below 275' and 56.4-44.1%
0-43
6c;
7-25
b
duced 16
It
below 200% 35
di
r
4
.00
.
.
.
.
.
.
s
o
. p
5
o
rvsidurb.&t.~-.-e27,5*. The gasoline fraction had asp. gr.of (1,M)S41--'A and an I no. zoo
go 0136.7-142.1 It had an unstable color which. after treatment -ith lf'so,of tS42P. -00
0 a.. washing with causatic so-da and water and redLdn.. was stabiLixed. the loss thfuuch
2
1.50-
treatment arramatiting to The ori&inal gasoline fraction contained 2 400
Re 0 -00

j

;:lee
I atI A I&IT ALLURGICAL M11111,1111 CLAISIFOCATION I
00
ee at

A
u"
0 L
114 5 a 0 ) a
lttttt 19OW

; O
0 0 00 0 0 0 0 0 0 0 0 0 0 0
1
IPTO
0
0 a 0 141211 Ila

0 a 0 0 0 0 0 0 a 0 6 0 0 0 all, a 0 .
l
0

N a n n h a v 3XI $so
A it
I I v
1 1
00

4 -
~
--1- pp A~-h t -11-Al I A 6 A k. It 0
~P~ "Do as 4 -X
o

A

-00
00 1

0 11, N OWNT941V
AIL N, L
DW" Of APK"'Am "Oneh The cx-1h,10'r ClInt"ll of th' -00

0 Pikhd.-I Khimii 'Olk"; cl~ C' 'trAw but more N110H And beat
that
I

'r

00 les
appro"
down front Apm)w3ows ef"HJ41" Ime used I
or Mfg nitrated PTOduct" f"Cau"'
latiun. It cunno
are required for MVrftri
lhdow
f
f
0 0
.
g ct
or M
actury
of the imPuritic's PTt*scnt. The rulfitc method Might he Naliq *~n% Arc erached
uirtil hcfom definite ct,"cluk'
k i
wor
s mq
Y. K.
from the down but M"C c'PtI tilitt-d as, hri,14"Jid4tiXt mal~ial.
t the down v 101 Ix. u
ihh.
h

Zoo
00 a
t
It is, poss

%fee

'06
'Sm-SLA -t?ALLUKKAL LITERATIAE CLAULFiCA741DU t Z
All- .7.0v
.-
-
.
-.
#;,All 1:e
O
r q 1r T A T 4 -71,
u a AV .0 iv; I An go*
A I I OW a v - I Air go 1 0 a 3 a
It p 11 10 CR It x tt fc a 9 U tf it ft I :so

o
0 a 0 0 & 0 0 o 0 0 0 0 0 0 010 0 0.0 * 0 0 0 0 0 0 0 0 0 0 0 0
T I
o
0 0 0 0 Sl 0 0 0 0 Ae 0 0 0 0 * 0 0 *
q 0 0 6 6
0 * 0 0 & 0 0 0 0
i

4 10 1, it P a to a 41 a al
L a It P V - 0 , T F am, It If I t A-J-3-A--t-
00 A
0-11ICK"US AND 1`111MR119% -Dt-
The OAAWmg Attkift ed Abumbab Air oll Vuim Umpfiraftm -00
an Bmth PAmin Mob. N. K I nd A Ivanof. (Chimie et
Industrie, 19W. Vol. Z3, Feb., pp~=a Tests were made on costs
from the Bobrik Mine and from the Chtchekino Mine in the South
Itumian roal basin. The oxidation Of tl-.v%w e(tals did out oniw ill the
(hill Vt. Rwi 190
t ions and by a possible diversity in the organic part (it the C~Ml. p to -00
kW (". for the Bobrik coal, and up to Me C. for the other, the pre,- mo 0
dominant, b noment)n durin
V z the oxidation was the fixation of the
Oxygen. ;Ile amount of car )n monoxidu in the oxidation products
0 increased with the temperature. The elementary composition of the
.3 oft] material was modified by the diminution of the carbon and hydrogen
And the increase of the oxygen; the diminution of the hydrogen was 0
peater than that of the carbon. The amount of carbonyl oxygen 0
~norn%wd with the temperature. During oxidation the calorific power
much" 14 J*roout' Of thatof the originalroal. 1411114
the 0041 at i high temperature in a current Of air led to a redurtion 0 file
4calorific power of The coal,
lual CLA VOKA11001
A 14, 1 L ANITALLUUMAL LITWIRA S
a, t I" dot aw M
a ]l- too N p-1WIM0430 3g VIEW
k)U it AT so is Pall'081 VANN man to X Pull A #P40,

0 10
***see 0 0 o 0:
000 $000 0 go 0 0 0 0 0 9 0 0 It 0 0!0
0

"
-f- , "- a I to 11 U 11 M is It 14 to x M
2 U
J-A
X f
w A Is V a 3, a v Q 41 Ad im 0
4
f --
-
-
d 0 t IL
t
,
.4

I
The Cmadal of OA hattka ffm the file Ur
"
.
at no-M, N. PA. Karavitev. L
rrt
'
'
o. 3,
Z.
KAjo- 1Vv&kV
h!.w
mc
ing had;
k
7j-31(w3l).-The fraction used
00 lj~ d.-- o.MW4)SSS. I no. 53.5; disig. at 233-270 .5%;
4
;i.
at 270-3W', 30.5% -. at 3(XW 11W. W-V~ and k- I -0
The cwkir4 and hydMirnation wtr" cArrk-d Out W so
1pAt'CvbvIvb. lnciwkinswiiboutrotai"tsatptczsurtn
,
up to ra atm. and temps. up to 4W. a S"Ohne (d 35-C) ago
so initial b. P. wu obtained; the procces was accvtzipwui~d
00', by utrue condensation and formation of cukt. Less coke
wo pmxftbmd by crackins in Ibe prtwixv of cattilymp.
as*
go J, ydrogrustiou its thit alwix-V of catalysts litoduLvil sit
Ilivit identkal ykw of lisht prwacts but lowered Ow
!l
mint. of unutd. compds. asul the fonaiati~)it of C; thc
tendency tD polytoctitte was dearly vWbk-. Hydrorna-
tion in the prear"t of AlA produced bl)PtMi&blr Srnt9.L
09 of C, but the )icld of the gasoline and kerowin wa-
highcrocusins thectilb. Zl"50', althanh the total yield
J was slixbtly lowered. A. A. Dochilinsk so
ig j
zoo

es
ti
A I L 4 41TALLV11"At UMATtAl CLASSPPKATtOk mill 0

0 U is AV go 41
0 -7
T-,--r.- i-i, it-I --,%Wq~ i-

-,Tln -A
ier,
it at K a x 14
#s
i
411

& 0 0 0 . 0 0
s 0 5AA0 34 v

0 0 0
000 0 0 . . . . . .
041 0 0 0 so
0 a
goo

0 0 0 *a*** 0 Ole 0 0 00 0:
Ole a 0 0 0 0 0 0 0 0 0 0 0 a a 0 0 0 0 0 0 0 0 0 0 0 0 S 0 0 0 0 0 0 0 Wo
11
~ a
3 Is V 111 0 6- Q Q (A 4,C 9
00 Af
L -ja 00
** .1
Ole
00
.-so
of !-go
ve v Low-temperstwo cubmiultim of cob front the UW- -00

T Kuznetzk buin. N. M. Karovalry A 'K. Sluvicit and
Hashkirvy. Khio 7~~jo_tWv~i 2. No. A. 44-
A.
-00
: 660931).-A detailed invrsliSation of the foPowing nvins
.00
is rcpcwted. Law-temp, carbunizatim of Russian mpro-
pelites in tbt German plant of the Kohlen-Techntwhe .00
0 10 z; Gcw1lochaft; low-tiMp. cuThoniration of cuss1% fnim the
600
Lenin dep(Wt of Harass shale, Minusinik cllal. Kix,lov
9 O.J cold and Chelyabinsk rual. Imix on products obtained .00
000 dbring The &)nKvu art presented. A. A. 11-hihnik

041
00
Wilt I
A 1 0 1 L A *11AtLVRrKAL LITCRATURt CLAWFKATH)k
"01t; s4nova .4 1 .91, oll. 1l
__qb U S As NO III,' P' t', j a' '
0
0 :10 a 0 r 0 0 0 0 6 6 41 0 a 0 4
0 10 0 & 0 0 0 0 0 0 6 0 * : 0 0 4
I lips:
tie 0
NPAAji *0 "T Asi
~ L
a ad 0 a a I N 2 all a 3 a v K&P
IN
14 dnc~
0 0 0 * 0 0 0 4 0 Q 0 0 0 0 0 0 0 o1
0 0 0 0 0 0 4 0 0 0 0 0 0 * 0 0 0 *1~
tie a

0 6 0 al 0 0 0 0 a
W
e ado *4 tea* **(1&** 0
%fo u 43 Qu Mae*
Cc J1 2 a a

the uppor layer "paraled in the
Tho Composition of
aninjonis liquor in a cok- benzene plant. N NI Km~

: "19t atid A N~
11 1401-1
as
8
I- 11 lh~
N,- ti. III Will"
1
too.k~IIIW. -Wl. .11.
WyCr *111,14 11114 m,
WAA WINI. %oto 44t.*j 14 tKo%IA %U 0-l" Ixiv
*0 4i I'liftbali with W k-- '1-1,e n(-Mijal %utKtmIwvs, Mlikll
.
l
1
!

alu
-k
I-l a IlIcA4,ult mlol were 111.1d. all a wu~rl& 1
r 00
Is7

l,
IC"'Icd In A
A
t
i
-09
aul
n
vrysl. su
O
N
'
. Or"I'li-i
141,1 :01
liquid I,. will' It"
oil-lilh k-11A.; tile liquid Ivalt was conli,oVAil ol $-Iucthvl~
1
00 naph-
11AI'llituten" (.I) tile Ifil'tiost 6. 2VAt R)"t-tolt. AIV
,
lt~.ol
Ifielic, (4) the fraction. b. Anj :W, 10
.1.1 It cry t IAIWSI%~s Wrre 0-14111"1. tNmul. ~,l o1
0 .1ton"I., and smlo.w~n- I h,
0 1oll.lit'd "Stan Il.k. Juou-lo~ &,),I
HIJIUKII 14
nw. llw plIvIk4. vivir co
i
allit X-CIL-Vol. Valiuul~ MACUMIS air Ilivcu~j-
A. A. IkPt lifillwk

X00

1300
c

u
I Vill), cOll

O

0 0
0
Z
0 a 0 0 0 a a d 0 0 a I at
m
0
.

0 0 0 0:; 0
e

0go* * a 0 a *
0 0 0 0 0 0 0 0
00
0
: :: : 0
'a0
0 0
0
0 0 0 We 0 a a a 0 4 a 000 000
0
,

-0 0 0 0 0 0 0 0 0 6 0 0 0 0 * 0 0 0 0 0 0 9 a v V ; ; - i 4 6 0 0 -
0
v It 11 it W is 6, it it TV it Vn A A 0-16 v JO If to 11 u u m IS 0 m SIR it Q 41 IS A C
A It. L SA-1 Ji A .11 r Q a I it Ir A -8,00
cmilounds In the (rac- '-o*
(keropene fractims) #Tom the
t
rrs.of the "Pro"Uhtf. N. XI. Kaltilt,,wv And
IKsimbev. XATIOR. ltvdop I-eploo 1. Nit. x.:11 4il
(111.0-1-hr hia,mut If Silla.1will'. is, 1, ;.fthl ""'.
Ojt~ P..'UUI. I thl. (fluchlel W. oh
an'talt hv The WIM. t4 lill'Ald. WAS
11111"A in a 24. daik. dii..Aved in 1 1. of CI k)11 Alld the
T"luned &olt.. u1 HIJ uxtstc Was intriSduked. It
09

lat-rd'in a Water W
I and hr&tVd with a rellux mn,knw,
0
go
1
11 ki 711' (tit A day-1 slid the "'J'J'of~ Vel TV 01411al"I 11"I'l
;
MOO
1
.1
1" lillOor. The 1311,17114"N"1
Omd with CIIAlit 4.11 a W'Jet 1.11"
IiVil Ill, 111v 'h't'l
111 uldicalrd
lly the di"I'l-calaml. If lull.1,111) jai
, ,
adding flit) to It! distillate. jhc ",Inplrx jig 111111KIt.
Verrv broken up with IICI 'out strant-di%ld. to a vactutim.
11ir %elVd. litim
as well as un"I,j
,
.
III IkeVkkM with NallCo., Na.100. anti III().

00 I-V divillm over skohyd Na,.qO. Hir Sit xi o tit,

,
.011d
NqoI%j.
wait (11(iml and 11, 1 o"
f
U
h
li

00 Jr ,
.
"
.
l
te
f
u'-'-) the
119911 1 nQ- the Uld. mnixis. were treated once tnVqV with

oo

:OKIde lilt amt&10- The unsatd. c-ulgxh. vivre dimil. int. a
. 00
if ftuetitm~. The t%r fraction h. ;IN) kkl*
h
tit t
e Savor trumnet. llrotoi,j_ wvtr ft,,Ill the
11M 1. drolilicial.m. Ili, I"14-mg
1.00
loood To the 'J""' C"ll_
-
11
C
C
fl
COl
COW
l A
A
W '0*
,,
ant
,
#,
li
%,
s..
.
. 1

7' (il""ICA11C.

w ; - I
-

91,11, "1, - "" q g-
IF

U-1 v t
TJ SIT, I, IT em 0 IS goo,
W A; 10 1'!"
U ~ TV It a cc it It St d It el PI if to
0 a 0 * 0 0 KO M I ~24
0 0 0 0 0 * 0 is 0
a 0 0 0 oviv
00060.10 0 0 0 0 : : 0 0
0 000 0 0 0 0 000 0 * 0 0 oi* 0 0 0 * 0 0 6 0 0 ol 0 0 0 00 0 4

0-0 so : * 0 0 0 & 0 : : : :
00 941999096011400,10V
0
4 it 0 Is 14 Is U it is is is X Ill !ms J, U U J4 13 m p a to a Al u 41 id 0~.'*
it L-A--k ~f -Q I- AA, 0 CC 90 U4.&- A -1 4- it t A A t A. A -1--ova
ill J~lq ) up CL9 I ILL A.v
-Wd'
so 9 cmPtittifion of gswiao frm tat.
N. Kntav*evo 1. it. Ralioixitt unit A. IlitilM. 00
00 9 2. No. 11. 40-640WO; CL
-Narrow cuts of the above Ain, Irr"
A"..'ed by various nwtbods and the following CoMPM10115 90
Weir found; The fraction h. coutain"I C-11-; -00
ir i hal b. lim-15' Pblic, that b. 11545* o. and p- C4114hle,,
C%(+,hc%a"c wit-i &tected in the fraction b. 74-W'. .0
00 methylcychgicuuic in that i, itimethyk-mlo-
00 j hrianc in that b. 1(*-25*: and j,4~limcthykyclohcx&i%r
00 in the fractioti h. 132-45 . Antong the said. cutiilxl,.
C,11,1. C.H... C1111, and C,11,o were identified.
A. A. Buchtfititk CID 0
900
tio 0
0
so
A AITALLURCICAL LIVIRAIU41 CLASSIMAtION cz- t'
Igo
AV 10 As A q Tq --F- I so
It It III KLO it, All L S I U 0 Ar st 'ia a 3 1
4 K a .1 a
ts 0 ; 0 0 0 0 00
0 0 0 0 0 0 0 0 0

1 0 1 It 11 a U W ft ft As v a it v a If v x v 'It 40 4 0 Ogg
A I a r _L_L_A_j__a -
I I It L d A. A~ Vasil 'eye. ..o .,. -It--
0 0 "a. N, 41 1-of
Kkiall rwAllso ropg;; -AM110C. Analywa and -00
carbaniss" tests. results of whisla are givm in detail,
abow lb" this coall is satisfactory for the nfanuf. of oDke.
A. Borlittingit.
Tam from "Wpahtes tmtn the third deposit on the
BUUM River. N. M. Karavilty I - H. Hapopon am
L Vs- J;clbcTbR'a~__KA7'JW:'MWjvX0 T*Plipj 3, 121-9
19M.-The content of S"oline in The far JU well 42 in 90
'he Ile% exceeds that ptrwnt in the -00
nudip fill, I'lic Salt-lifu3i at, of the anir trade a, are thn~r
front the above crude od. 'I hcw gawlint-i ate of a high -00
ro"I. value bec&w, of thch InSh content tit utolstd. wtwl 504111
z sionuatic hydiurwitorut. Thr constuninion oil ressmix.
'3 .0's
oceded in refining can be twoughf to a nun. by treating
narrow cuts and 01s. the aridic oils front the istq. It-iii
reagent being needed in this caw than in the rvfitunz tit
00 j clarkm jawline. The kerosene Fracti.m i% Suit as high
as in the etude od and its properties occupy am interaltdiatt
poiftion betmvn the straight and the cracked kercmene a 0,10
distillates. A. A. BochtJitixk
Ai 4 0
Ohio,',
-', 4
tie to
SETAtLVIROCAL 1111`11411411 CLA$S1?1CA11CPG
'Pa.. 10.1-1 10 11
._:-_.:_-';'_.1________ .. 914 ;1 40
all, 41 11W .1
-T 0-1 v *11 AM t Ila 0 04 9 d _tii_'T_e 'a ll;iI4
6 u 10 is' it a ft a ft it at Pu0 11 1 Iva a
is it is a
00 &1o 000 & 0 9 0 fob 0 a 0 0
;Ao 0 00 Ole go* 90 000 6 0 99 99 00 so * 0 0 * 0 0

0 0 0 41 e 0 0 0 0 0 0 0 0 0 f 6 6 0 *1* 0 0 0 0 1 0 0 f.1; 0 0 0 0 0
s t ) - x it v it ld 1) 16 11 is it I: n A IS A :7 x A 1911 Lill lin mpf&t. U41 a its
- JA I
A J_ JL. Cc M Ut 1 4 0 t
It

Im"sOjefin Me bftmen Irm the Marta" "Proff-
Waikigm-al and It. W
H
We*
1
X Ksitavoc
1
N
of
.
,
.
.
.
y,

0 r A
Slid distillilles tif the uplu-
ivr;
li
l
1whics. A, A. H.Wildingic
09
00 j
00 111TOWP" of the pvchars ews. Nt.
-
1
Z06
:-04
-
-
A. N. Eashkiray anti V. A. Kholicr m. 7WPdt &q i
341-7(1032).-Roults Arc givull $if W%ay ;.fe

d6m. tette with analyses of Xa-, at tar. A. A fi~
0 i60
c
!1-tile

01

Of
00
It
4W~
,u w 1.
it it it m j"tan

0 SO 0 St a a 0 or# -*k 61
is 11 Q 11 . Is MI? to If J3 N IS .1 27 A
A 1. p M
_,L _A it a I I V ViU.- I _1 AA Of (X It
G"Irodum tor hvm emb at I
00 A N M. Karavary arM VA. Karrho
00 r tt'r* tar 4
kvw.tm*. nobookstitta platit In Iki
-ding t0 Mint OW SkArk (P"Ar
1OLMUre WAS low- to C, by Mid
&t- dryi" With 5186. Itm
IT"" 'Of the Ear, Vkftlhw acid krommm
and rrfiwd t1juelattes. 7,he &mlyt"
KTibed In detail.
:0 j!
00
0
9 W 0

IT ~ 10 It It U Jd It )A V X IT 4 it 47 4) At a
Eli I_ J, A t I.; I -A

p Mowow basis.
Kkim. Tritydoca,
c1noted Irpen the
iki "d was two.

diwd 44% 19,0
34, m4m. n.
Ift at 1111" and
-00
a t4 aftalt-WS art
00
Irmtim.,
j, d,.
A. Rmittlinxic
CID 0
=00
zoo
a**
COO
aef
zoo
Ste bee
'00
f otimkurmAt tafmaiv*t ci,A%siptc&vio~ UZ
00 ice*
v 'U a rw C, 1 1, Al a 3 0
0 0 0 0 0 0 0 0 0 0 4 0 0 0 0 0 0 it 0
loz 41
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 6 0.0 9 6 0 0 9 0 0 ib : ~A

000006060009000 000 0 a tor . - - -
ir
9000009 *0000000006 - -
**SOO-060 1::060040006 99ow-
to 1, A

N r
A
!
A 12 n 0 A 26 " 11 19
1; It 1) 13 1415 U17M.Posu
ll Vol
. 45~co
I 1 -4 be LE It, tt I
d
,

CO&U tMM the ZwLaska-Daikaralcii N. INI.
Kzravarv, A. N. Bashkiyov and V. I.
0: -Te)Wiva 3, (M-630M).-Anslylk-al data are
i
a -00
ven
the lospropelift and humic cxmfs and (or shmic,
g
mod fm their ritan, and dipin. producia. The si-tatlytkul -00
00a jmlcmdurv is diwitstord. Tbr diffrornt inineral (urls wrm 0
charactcrisird by gmt varistictum in t belt compnot.
00 A. A. Duchtlingk
0
Im"Oupstma ;I cftfa fmm tbs Irkittk bAsLm-.-11- M.
0j
'
I Isad ' -1. Kar3bory. Rkise. TrwrJola
-AW
i
U
f l
b
k
3
=7ff(103 =09

0 s o
e
.
a
)w-trmp.
.
yw%, y
P
.
0 aabuniiatim tests and cimpti. of tar and light oi6 are 0
given. A. A. Buchtfinitic

so
00
of

0
:
0f
00 S

9 0 0 0 0 0 0 0 0 0 0 0 9 0 0 0 0 0 0 0 0
0 0000 0 0 0 00000 0 00
0 0 0 o o 0 o o o 0 o
0 0

406466666000090100009 111 V OF W IF - ; ; ; i i i
owe 6 0f# 0
6
04869*0 60660600
' e

A4 (
JL a 11 IS IT a 41
, ! a m * a IF
A 9 M It U U W is a it is IT & 11 v a
M-M-- - -I-L-L -I- I a a 0 Ot
.-
M A, Tbf pe Cd "It UC Iquid tut ta Fdbvria "r rep!
(RU*3d%).
_00

* Or, 04738!tih F I d6cuulon of the dvjxmit%, rco- -00

0 nonda MW at timpromplies. The following sty.
- .00
yieldi; of law-tunp. products are obtained: W 2V-40
06 it gW IOD cu' in per too senlicoke 38 "W"r. liquid so
i
lU
i
d
4
i
l
nd
.00
0 111 2 xtanm;;D
wa
o--&s
I
Dc
n distu, 14-23% a
ng
,
gitsolint absiarticid from Sw 0.5-1.07r. The juimary tar ~00
00 a on hydrogenation in the prmner of catalysts and at W-

00 '200 atm. p"Oure pnxlucrd (11cr Ion of SaprottiviLite): -00
gasoline 0, krro*ne 4.5 and oily relidue 37v, while the
z! total yield Irani the %aprotnyttite %A% low-trinp. czulxmi.

00 =6011 COkC 2W kg.. glk.Aine 10-1. keroscric 4A. pamffinic p we*

and oily residu" 31) kj. and acidic '%uhstanors 9
ks
00 J;- Without bythogruntioat thr corresixinding )icldi Terre as
ll
wA: 2
36
:01
f
50
fu
l
i
d 114
h
d
idi
d
9 0
00 0: -
,
o
o
c
ti
an
,
tc
ac
,
,
c pro
, p 4
00 '3' ucts 9%. The gas obtained had a high heating value.
while the ftmi
k
h
d
0
oo co
e
a
to be consumed on the sput [w.
v cause of brittlenem. A. A. Bothtlinsk
it* 0
00 'a woo
00 z
00
owl 0

'00

A S S . I L A
01TALLURMAL 1.17111kYU111CLASSIPICA11001 t$4 0
No 0

k Islac) .11 a.. i"

U
AT No -i; it is op
x it Pc a a it or
it s
t a ail Ot
I a OW a If '1 9 it 9 M a 3
Hm n 1
2 IF
.00
:
00 10:0 : 111 010
To 0010 ,
e
o
0 0 0 * 4 0 0 0 0 0 o *
0 0 00 of 0 0 0 0 0 0 0 0 41 a : :!: : o a 00 0 0 0 0 0 0 0 9 0 40
0 ! 0 0 0 0 a 0 0 0 0 0 0 0
0 - -- a 0
0 a 0
- oo~A

11 14 is m 11% "411112 nails jav a 19 is 11 if u biabiumpoo 02 as a a C-0
I I 'L JL-A--j At I L L L 11 p 4. it A'A -.W-- I I . T I -A& MI-CC im- I./
4
T" pv~%Cd awmysb* ofth i2 tho Bamas* luv*r
Bata N FAMUCT And 11~ tkq%gm .1-apf".
xfy -24russ (CAxLhitni&dst-IIcttV &.11 jqj3.
00,
Coals, with 15 vvjerk=gs,&, A. A. Borbibmtk
a Some data an the pouwsphK cuamw of the Sariss
0 16 11, cmimi. N. M. Katavaev said 1. 1
mywilss frim--Baizass 19M.
35-44.-Baram cmls are separable int(i a r)lxt(likq
miety, a dense masalvr coul and Kam7hal md. whwh
is lound in thm wratheird plairs The jitAo,gwd 4wri.
go Z~ lon(L~n in dim-u%W11 AIIII the tviik-al twli mt, p1mitipaphs.
a Wly tril"Xim-rd. A. A It.whibulk
90 a.
At a t t a fjAtjVsjj(4, J11tAPAILARI CLAWFICAT10b
.10., 7
it a-( W 'l-
w -a- is a
CR Kka n I In 'A
We 0 0 0 0 a 0 0 a 0 0 e.
-00
-0*
k
zgo
roe
11.10000
j2. 0
!zoo
!zoo
;woo
luv&
;WWGP

0 0 0 a W a Its, W Or its, - - - - -
11::60604**6606 -0 a so a OAM ~M
000 ilp
"
'

f
c It a
it
Q it a., a is 22 Jug box lovisv*41
go 4t 4XID
A A- -.4-k-t-A A-4-i -11 1AX-L-L-1-M 0 W.-M
0
1 P ANY son
i -
F9Vc'q
$1% ..p ..0.

Repults of like 01
..
", G
AAASMIX-,
Barsi
i
i

O
l
sit
.
prmyx
w fivm
lmis ul a few sampit-, isl
-Arm
44-70
$ IOU
w;
P
-00
i
.
vii
.
matirmylites glkvv. total Water 1A.10-3.51l. total S (Nul. -06
late 8 and Mg. S on the dry auhistancv) OX4-1.01. C
N IL28 0
7~4
17
1
3
-60
1
.1
70.04-19.01, 11 7.
".48, 0 9.42 1
.
vulAlar "sailer IWO 1411.17% suit braling value Wl".
11100 cal. The culse ham a low tit. li.and 6 cmi-ily bmlrti
06
npintopowtict. Ftactium obtairiml by emn. wit It varkum
.11110,
saskirents were invtatiSsited. Low-traili. cArbonitatum
yielded a coke having IW (IM-I.KS, total S 0.73-11S,
0 + N 2M-4.34, C 84.84-Al.W. If 3MG 3.77%. and
1110 a cakwilk valut of X4394zhis evil. The high-teutp.
Cot 0
ltbollillithm tar has (1,.o O.M0 0.10M. C
11.00-11.01. 0 + N 2.0".M. S 0.33 4).47% anti it
I
value of 9641-10,354 ml. The tar *aq tn~mtrd
=;f

010 11,SO. for the essin. of bases. 10% N&#CO. list thir
l;

- miloval of acid,s and 10%, N&011 !or the esim. tit phenul, 00

0 title trOults WV tabulaird). It I,% chmartetirtAl l,v it I.-
i
Ii
l
I
l
IA
f
I
6
"
we*
'
'
~ M
I'A
T isn't. o
-
-V
MK)
Content ti
. a ow
P
'
II, J
11
l
d 00
a
tit, 10
A
mft~.
It minwilr
.
Aust a Ism cul';Tntal
(tartitin busifins tit 1W. having a ip. St. ul L07'430
'
" 4
-
6 1 uu~td. compd,t.
0.754ti, atxut 35
A"
'a
.
"I"u
a
k
t
h
0 0
rio'citc
W.'st. 1:2) ..
'.. "
1,
IIlLM T
d
l
e
*tit) brovirs culsi wror ON) I tar o.ostint-
'
I
h
t N
011 .
- --t
sillo
mau
%
tits 111011111901 Willi It,*), *-I
imailint and keiowur).
k4dW bd
bI wid strible
rumductis (
p
S
S
y
11kitty-ttuntse rvitrences. A. A. Dochtliulk
ASO-ILA AITALLUKKAL 1.111OATURI CLAS14FICATIC.
Zte I
_ 14. J."s. 3re 9
4W a..
0
U AV m is
'
I*' ; 419 71,- - -- - -- q
.1 a, 11 .1, at *n' 11AAfil So 040 0 .,IN 009ale .1 1
0 0 0 of#:;**** 0 *0

es
A 0*00*00004b 0 :jog:
0 4 o 0 0 0 0 et
: 4p 0
s
0 0 0 0 St Ids 0 0 0 0 & 0 0 0 0 0 0 0 & 0 0 0 0 ;Q 4
:

is to if x ,AS Ulf go xx fly XRO41 old alego
- -1 A k _4_A _9_6

it 1_1 _4

A
IS cc go a I-r' ... ".
Ito ('60fol
FWMIS A-0 0204,101 11 ..N.

"tion invesidgmtka of aw-tomperalurs car-

96 D. Zuikuv. ...'a
S f- G.-
"
1"
Ahi
i
P
m
i
f ir
7 r
,
!

*0 -
m
_1
s
eft Of
-91
l"
IRSIS Saprommyx
S
.
t VV* I
were dhtd
1
i

4
. a
t
3
n ""mr
ttc
Nt
r
"
l
00 tail), lbe plants having a ds
A
11
I
r
d
y
,
wmicoke W.0-76m
water aml Is~%
tw d-13.78 and Sm
,
.
11-83-35.80% wtft obtsinod. The metrik-Ailic v%milaincil .00
H&O 0.01-6.98. S 0.47-O.W. C 97.34-eawl, if 3.A5 hz_-
690
WW N + 0 24".40%. The tar had d,s 0.91M-O.PW.
so '3 HvO 0.6-1 .84%. Em I ~W-l 73 8 0 37e' Hrrnken IU-b
23-41', pmr pWnt a-
m4da trusce. bases O.Z4. brating vabut 10
013-111
346
,
,
CO. and Pmfilhu
The am was cmium-d ol:
CO, 23.2-2&13. 0 1.63-3,tiv, CO
SNN
6,02-4.6% H + CJi# + CJI# 43a5-47.15 and N 3.37-
0 -a 12.83%. The steam-411ad. tar yieldtd 19.7% of a frac-
tion boiling below 2W' (sp. tr. 0
7FO) and 14
3% boiling
.
.
W 2W-2' 3" (sp. gr. O.W70). The kefowne fraction
'
t
di
h
d
i
4
ram-
(s
,st
I
.)
l
m at M"10
coutalmed 7.4% acidic
L! t' and trac" of haws. The rtsiduc or the hwl oil
W
d I OW 1W 1,07%. Prenken A&A IW. tnech.
admixts. *64*~., p. j;;0 +22 &A OM3% and coke
21.1%. A. A, DuelIttingk

S S L A

z-
OITALLLM&KAL tiTfIRAIVRE CLAISIFKATtch tie 9

o
fr

-
-V "
"a-, -30
-Wirt
v '71 6
U it AT 0 At
i
ts P :1 It GO It 0 a 11 0 r1 cl rl It d
A
I
,
,
I
I
0
4
: : : : : : : : : :
:
:
:!
e 4

WS
?
X, M x $0
IF 96AVs! I . it As IN (X~w -A. - I- a A, J., I J?
t t~
labas Wauct. blitiwed"ftlist 54w-uw
RAIlinoulit slid A.
-T)w low-lemp. tat W&A wild. into
.00
"Juns tMillillf Lt (1) 28100% 2) 92-107*, (3) 115-W'
0* U (4) 130-411 ~ MAP, (7) IW200':
(8) 20D-60% (P) W-M)'. The followl If adds wm fractions b. W162" ClIP"Ac --lb'c 'Mmlic, Pei- '01111
a =. .. wril arzonic. capric, un4t~vlir. 1Z".. tri~~Ic " --is, k. .00
obtaitled: (1) okek, vitleric rid capronse
4" " Vitmed up to 32% -00
to OMM IIC(hH and AcOH. (2) oleic. vakik and cApryi1c The 28D-M* froCtion 043 being crisel
arido. "ith ttacrool HC(NH slid Moll; (3) r4tic vateric of RAW-am and 52-4% krtvwiw t an operating t"I'Aurt
.41 4w... HydrogrMtko .00
04"k sod 93MMIllk 46416. Wltlk tnK" Of HCNII 611(i (A abwt (10 atm. an- a temp,
ACME. (4) 1 slid ejmlbic adds and tram of in the presence of AIA at 70-2W atm, tot 4 hm at 415 .60
AcOlf; (5) %mlefiC, CAPfOic, tmwttJc nod capric acid 251 yielded 22.4% of a tract lou b. below I M' 11% 17D-
"d Was; 4*9
Zia aull trar" of AcOH; (6) eriantlik and capric adds; 230% 9.6q, 230-41011 and 8.57% 'it 29L
00 a McapticandtraevoollICOJI; (8) could not be prop. by coke formation- Hydrogenation Mts,i -00
00 erly ol,idi" and the main treated ponion had a b. p. carried out in The p1mocc a AIA + Cuo and AtA
W 98-125% (9) YkIdd a product b. 120-521. Tile (A40, + CuO) at 440-6S' and 405-10. art allo repwied 0
00 100owing arLutd. hydrocarboas were found: Cjf~,, I Heavy bottom% b. above 350* NO bydrogenated in the; CID 0
Cliffs. Cjl,4, COH,l. ClOHM. CflH". COHOO, C181-186. Tbctwvu- -
C,019s. CAI. and C..Ifa, The double bond wa- at the and kerowne fractionx obtained wv co" Pared with th"Ac r**
41o V 2ad. 3rd or 4(h C atm. A isma amt. of diolefins w" from petroleum products. In (be hYd--Ikv" 01 tl`6 zoo
aw traced, The aromatic complts. wen invcMizated in amprornyxite in the prelltWc Of Cc (Mide. and N It, roolyb-
00 thetrarlinin: (1) 30-lffl-, (1.1) (3) 114-45'. (4) date at 430-M* in a rotating Beritiu, Outorlavt the yield
00 after about I by. and 40 min. of odY P-d-tl
and (9) MV-MO'. Fractiua (1) (b. 6&.M ctintained 33-43.24. ,~
foil( 4 MH3,5% WO that of the solid residue
Calls; M) toluene. 0) 0~ and P-sylene. (4) nxityiew the saxmL% part wait composed mainly at c-lis
"ad Woe; ("?) IztewtYlevc. pwadocyment and cabotm. A great variety of berginilJ11kM "Pts, ar" 0 0
(A) mt=IY)cnc nod Pseudo. reported. Conclusion: The t tisrs are high
(7) sultudocinoetie and htmincUitene,
(g) ku unmtd. bydrocarbw
=111tent'. and W isodurcut and prebalteac. The r.&pbtbcncs and 40-41%
contain aromatic compJA. and i
10110willit WhIlIctwS wrte kind: tractm b. hlow too- sstd. comods. A. A. lwbtlinzk
eyd"bei'"W, MAW* 132-145- 1.4.
s,li..dinlethylcyclobessine. Ila, follow 8 pa ns were
in ram tz,
found in tin fraction b. CHu,C*Hl#.ClH" 19100
'.sod QH". Tbt follwaliuS acida wm bolated from 5 IWOO
Ot
U 11 LIF I
ro 10 0 it tv Or at IN a It 4 V9 et rip tot of ;14 Ana
Iwo 0 0 0 0 9:4 0 0 0 0 0 1111 0 0 0 0 0 0 0 0 0 0 6 0 0 0 0 0 0 0 0 0 0 0 0 0 0 o 0 61~
as

=9 JIM

A I #A N Cr PIP 91 ~t__A

go
00 Chattaff "diTrIntif by r4wal In filatact With air 00
-fts"-J- It. 1`441%11~;Ift mitA V, A
010 C:
WdOto
so irrrwrid (Irwr WIT I, the I.IIIII0111"l,

,
'a
take place In coal during -xkI&
,k)n in Rir. A. P
-C
.
.

I I A I Alt 0'~K At I III PIAT IM Ct M llf IC AT ICN 2 t 0 0

1
1 IF
-
AT 93 1
I ;
i!t
1 .
W 0 1 IT 8. , it
Am I I a
0
.
f, r, 't D, g of a w IT I,
a 0 0 0 0 0 0 0 9 0 4 0 0 0 0 0 0 Gie 0 0 0 0 0

6104110941900 0 0*0 a & 0 * 0 000 0 Soo 0 a a a 41414141
.0*00000000000 & 0 0 0 0 11: 0
0 0 0 0 0 6 0 0 0 0 0 0 0 0 0 0t,
It 11 Q U 41116 If$ MR SO'Rpo.." un Illb kit NP4 41 4. 43 a 0 ~O 0
u IF I IF 2
- NO'cits-I
Changes of the p"Portiva of sawyletite gavolime on
standing. mill K. K111,611.111).
,,_ M. KAL"jL-m.,
11rii JvF, Mtl;v4 4, ;tI6 ~.i4 IiM). A 1-.1, ... J,~
cuillortUatkat tar ltt*U the 30 1114VI 0 tilt! 11414"Lk" -ain't-
106 1., peliles yiekkd 4AI 4614.. za"Aitw (initial b. P. W") b. [-c-
66 2w, Itactka b. M) .10), iltI.O. tt-Adtw Vi.4. .-O0
00 carboids and duA 0.1c' This tar was kit standing for 00
11, munths and the Qt a that standing um invemi. .00
gaird. A "aline treated with 11,S0. anti di%1,1. %lvrr
Na w"'llilizicd by file Ool the air on slanding. I'll ming
00 al-125% of oxidation pn.lucts. . rile xitiltitat attark"I goo
nuLittly tilt unsaid. hydiovarbtm~ at their double tKmdx
00 %ith splatting anti probably fuenwim of jwtucul%. This =0 0
tt a. I'loved by I lie of I hom K 1. -40
00 '31
-0
1lions contained up to 'j4,;, milgil
arnt- of aidehydes and traces N sics. A. A. 11. .0
00 roe
00
SO 0
o
041ALLUKKAL 1.1trNATUat CLASIlp'-
Wes w
I. -v 01.1 00
S.S.0i S. ~. 04C
U Al .0 it I I . . I I I --"r----- , .1"JI
Is at * 9 1 '1 ff 04
: - 0. . " . I, I . An 1 5 1 Od 0 goo
0 0 0 0 0 1, 0 0 0 0 , . . - J400
10 9 0 0 0 0 0 4p 0 0 0 0 9 0 a
0 0 000 0 0 0 0 0 0 0 0 0 0
-0109 0 0 0 * 0 0 0 0 0 0 Ip
0 0 0 0 0 0 0 0 * 0 0 0 p 0 0 0 0 o1

0 a 11 11 to Id to It it 0 IT 11 so a it u " is 0 p V 0 Q is a *f*
It I f M c is U48 6 t A A i : 0, , 1 c f a A I, M
% -1 - I. ,
ph"Ols hva the primary tars of hard colas. N. %I
Karaw - Mok?
00 a nt,. N. fWAkittiv und L. P. Kr*cva.
-rt-v& ~piiva 4. W. 1J2(1%33).-Pht,ru4, o-. ft- aud
P~c . *-. M- and f-c1by1pbertals. and 1.2.4-,
1.3kt i,3A- and 1#4.2-xykmb were fmnd in the fraction
of the primary tat Iran the Petrograd coals and thr
Jaya b. btlow 220% 11m -nnixi, -00
Wme -epd. fakly accurattly by The co"Ibint-11 "IMIM, of
doe
so 13 1; prell 1. wthe aryl SlyMic acids hy thc Steinktild emil
11oinwr methods modified by UrtkUwt. atul oxidmwmi coo
by 11"wTt to hydioxyrtithAtic Acid.. A. A It
Oat 0
0100
A EtIALLURGICAt MIRA TWA C1.6111PICAM" 9 Z" -.~L
log., slw,ojjv-
wool .161000 wit Qv all 0.
U 0 AT so .1 IV, T-- IT Do 9 a a 5 S
0094 0 0 00 000 0 0 0 00 0 Glolill 6 0 9; 0
0 4 0 0 0 0 0 4 0 0,:

0000006 00 es 60 0 000-0- 004 0 0 0 0 41 : 0 re
0 0 0 *Go 0 0 0 : 41 0
11 IA is 16 1) is )9 ill it Wil 34a UVAIN 40 .1 Al .3 . or
Is
A 1- K L a R--j-T u v v I T I-M. wcc 99-13 k -L - i-t-L a k j k t tt I. I,-,
WeatherinS of Mvllu'. v 11.
RarinT slid V. A. xh.urr, 'NWW q
3, m) ,(, 9341; if. C. .1 28. ;1.10,--. Wraillvirld coal
00 .1 ~ ') I
has the following charactctL%tics of tvtown triktis: MPIv%-
ewe of huntic arid%,(2) low C und high Oointent%, (:I) low .0 0
A Ittat value, (4) cxccWve hypowapicity. 00. high rouirtit
of volatile substancet. 00 high r,inttnt elf CO, in the pri- -0 0
niary gais and (7) tractivily tovivil HINth. It difl"l, .00
SIR (Tottl btown CMIW in (11 a higher tali,, of Cill. t'll 1,,% 4,
%teld of p6inary lar, 13) IllW "IlItC111 1-1 dIM-110 ill OCIll .1b
lennip%. (4) hightr sudo ill C~fl in huntil, acids. i,'-l wl-ii, A*
.I I Ir"In scijifi,-d Wiln.. .,I KI (aill-I tellu-val 4.1 I-ir %;ill)
mall (11) "t"am-rikv of C.H.-litt Ill irsili. W,mill'ting ill
,3: VITaws tht C/11 1111h), dIvItAsirs C AIA If ritilitills, ill.
rtratilirs 0 mnient, hygrnitevipiity. acidily urid -turtil of
CO roups. dreIrriases the celuirni of OClf, jtroupt,. the
vield of primary tat and I no. of bittaiurn und 1"Cleases
fals Yield still Co. and CO in Ilirtinaiv gall, `4%teeii ov
e 'IUM A A. It.
goo
v Pan 1 1., 614 v0 0
RL .1414, Ali
a4 0
111 ff at A 1 1, v
0 010 0 0 0 0 0 0 0 0 0 a 0 & 0 0 9
0 q 0 & 0 10 0 0 0 0 0 0 0 0 9 a 0 0 0 0 0 0 0 *:* 0 0 & 0 0 0 0 0 0 fp 6 0 0 a @:,Aid

Isso****
000000
13 33 if
00,
00
00, ;7!
a I;il
00 T.: I
Do a
.E i
01
a
-3
IMM
0 * to * a 0 0~40.
0 0 DID 9 of
N X9XJO 411 Q 43 8
L 4W t 8 --jL-1-
-00
-00
lob
'90
~4 1 E&A
Oxidative influence of ths, atmosphere on coals from the South Homeow f told
_6
at different temperatures, N. Karavaiev ani A. Numiv (Monit. Prod. Olin.,
1936, 18, lo. 20-7, 6-134 Ch6W-'-sMY',;1936,, it, 3499-3500)*--^r. hois"n, )r
dryi varies with compositim an!
nZ in air at 60-190 absorption of 0,,, 800
results in increaving (carbonyl) 0 end decreasing calorific val. A. H. C.
A S P. I L A U97ALLUR&OCAL LITINATIL11111 CLAISIFKATION
LINO -4 1 IN14311 if It 0my 11111A
U a AV 10 "1; it I I I a tw a W 0 a a 3
;I***** **Do 0 00-000000000 go 86 *go* 066 Stgoe, *I)**

if , a'
0 4 v 11 w is is 1? 0 N a
~09 Mo I
.-I- JL-4--j-A.-AA U-CC W
A I 11P- (11!1`19 1
0 0 0 111 a 0 0 0 0 0
0 0 0 0 0 0 0 a 0 0 0 00 00
A- A.- A- A. -2 -1 -a v A 1 9 '1
Tbe mawaction of arWkW cold in pmaice in rbomk&l
coke works. N. M. Kwavacy and 1). D. Sykxn-. Coke -00
-S. S.-R- C".
and C". (P: 1. 41
-00
Zesir. lm. 13. 19M. M. G. Moore
a
00
A, ~8- I LA 111TALLURGICAL LITCRAYURE CLASSIFICAUCK
11VI IV' -"- --
wob~ -0 141AInch
u It AV
A
0 0 0 Ole 0 0 0 0 0 9 0 0 lp 0 0 0 0 0 01 ie 4v
.60
0
0
00
00
00
bo.,
-- -1
4311ii-Ow -a-, yee~
Ant tv two is W-13roigne a V 0113,
0 1C
0 9 0 0 0 a v a 0 91)
00 a 0 0 0 0 * 0 0 0 0 0 0 9 0 011)

t i0sloo of 000 ow a,*
oo
004 fly A" TIS jM!j Aso Abo ato
0 VSKISMS-4,30 040141"# Wilt
00
OOA
a'
A Sol of
7 so
V. Do
00 C -we,stTm fm the "ttificadm fw both -00

00 the b6kh MA cWtim"m in Lhe

*"
C-
cobwas cox tw
t
bM
id
c %
Z

00 s
a
s
t
b
-
a amid.
cd do biff
e"t
t
b
"0*
am
"
y chawsk,
-t I
:t
00 t
,
,,
or Prom".
. 000
ofa 0 If--
U -00
o0
j 606
ve
A10 0
00,3 cloo
0ow 1.00
it [to

190 1

soo
!100

A I S A RIVALLU"ICAL &MOATWI CLA"JUM
NNW tl"#SAWW im WRIAW woo
wave -j I Wol* Hit Dow W stiall Olt a" All

'
-
00
1
1
V
MA $see 0 1 IN 0 a a 0 .7 9
SM - a
u a t, v 1
, 11
1
~
i
~
41 a 0-e -.0 41 i.0. 00
a 00000 0 0 0 0 0 & 9 9 0 0 0 a 0
2:1 2 --~ 9k a Ah Id - ~& a m m Ak AL A,&& ~&,- a
2
A
A

KAPAVAYFUNVIB 600
1. KARAVAYEV, N. M., MITER, 1. M.
2. USSR (6co)
"Quantitative Dstermination of Indole in Coal Tar," Iz. Ak. Nauk SSSR, Otdel.
Tekh. Nauk, No. 5, 1941, Institute of Mineral Fuels, Academy of Sciences USSR,
Submitted 5 Feb 1941.
9. Ift Report U-1530, 25 Oct 1951

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XARAVAYEV, lit ML , PUSHKIROV, A. N.
Laboratory of Volatile Products of Coking, Institute of Mineral Fuels, kcademy
of Sciences, USSR (-1944-)
"New Method of Separating Styrene from Crude Benzene."
Iz. Ak. Nauk. SSSR. Otdel. Tekh. Nauk.
Nos. 10-11, 1944
BR-52059019

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