SCIENTIFIC ABSTRACT SKOPIN, A.I. - SKOPINTSEV, B.A.

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• Collection: Scientific Abstracts
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• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 13, 2001
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


SUBJECT USSR/MATHEMLTICS/Algebra CARD 1/4 PG - 536
AUTHOR -SKOPIK A.I.
TITLE p---extensi-ons'of a local field which contains the pX-th root
of unity.
PERIODICAL Izvestija Akad*Nauk 19, 6, 445-470 (1955)
reviewed 1/1957
Lot k0be a local field, i.e. finite algebraic extension of a p-adic field
(p ~ 2), and let ki+, arise from ki by adjunction of all normal fields of
p-th degree for 1:-!:0. The determination of the Galois group 01m of k2 was
made by gafarevig for the case that k0 does not contain the p-th roots of
unity. In the present paper the author determines lie for the case that ko
contains the PM-th -oots of unity wit.h M Zm* Results %m . TIT("). Here
T is the fundamental group with the generating elements a,....'&
b1...,bt and with the single relation
a b a- 1b-1 a b a-1 b-1 1V
known from the topology. Furthermore pt is the index of the group of all p-th

Izvestija Akad.Nauk j.2.L 6. 445-470 (1955) CAU 2/4 PG 536
powers ~ 0 of k 0 in the group of all numbers ~ 0 of k 0 , finally (0)
for an arbitrary group (I and %('+') is the minimal normal iubgroup of
with elementary, i.e. abelian factor group of the type (POPP ... ).
The group-theoretioal auxiliary meanes 1) Let q, be a finite p-group with
a minimal number of generating elements be the free group with
generating elements, -.1 p where HP are generated
a - SIHII H2 ' Hip IR11S] I
from the p-th powers of the hIfi Hi and [H,,B] from the hi a hT 181-1 with at-S.
Then the group of the classe
of associated factor systems which belong to
the extension problem of H 2 by means of S/Rj, is isomorphie to R 1/H2*
2) A canonical representation of the factor group S/Si is given where
S1 - SP [S,S] and S i+1 , SP K,sl and the representation of S is used in
the ring of the formal power series (a. a 1+X f a -1 - 1-X +X 2 _... for the
8 s
generating elements a s of S).

Izvestija Akad.Nauk 19, 6, 445-470 (1955) CAPD 3/4 PG - 536
3) If H is a subgroup of the index i of the fundamental group 7with 2h
generating elements, then H itself is a fundamental group with i(2h-2)+2
generating elements.
4) Let _R be a finite group with an even number of generating elements
a,,...,a2, I further ~j If then
a, a2 al a2 a2,,-, a2v a2v _1 a2v
lies in 0,, then'F is a homomorpbic image of the fundamental group with
2 V generating elements.
The field-theoretical considerations: 1) Lot k2 be the compositum of all
central cyclic extensions of p-th degree of ki. The application of the
imbedding theorem due to R.Brauer yields the structure of the Galoia group
of k2*
2) Between T2_ and km still the field 11~'_ is put which arises from k2
m
m
by adjunction of the p -th roots of the elements of k0. The application

SKOPIN, A.I.; ROKANOT, P.A.
Hermetic sealing of corrugated cardboard boxes. Khleb. I kond. proN6
1 no.9r4l-44 IF'57. (NM 100.1)
1. Moskovolm7a. biskvitwqa fabrike. NBollshevik."
(Paperboard) (Packaging machinery)

16(1)
AUTHOF0": Faddeyev
D.K.
Skopin
A.I. SOY/20-127-3-13/71
,
,
,
TITLE: On the Proof of a Theorem of Kawada
PERIODICAL: Doklady Akademii nauk SSSR,1959,Vol 127,Kr 3,PP 529-530 (USSR)
ABSTRACT: The group of a normal algebraic p-extension k of the local
f-4eld k
of degree n
over R
is renresentable as a factor
0
0
p
+ 2 generators
Croup SIH, where S is a free group with n
0
and H normal subgroup of S. If all fields k are contained in a
fixed extension of K, then the k and the normal subgroups H
stand in a one-to-one relation. It is proved that to the fields
k there correspond exactly those H which contain a fixed word
from S for a fixed K. This statement gives a simpler proof of
the result of Kawada Z_Ref 1
7 -
-
There are 4 references, 1 of which is 3oviet, 1 Japanese, and
2 German.
PRESENTED: April 11, 1959, by I.M. Vinogradov, Academician
SUBL11ITTED: April 9, 1959
Card 1/1

FADDEYEV, Dmitriy Konstantinovich; PETROVSKIY, I-G., akademik, otv.red.
Prinimall. uchastiye: SHAPIRO.. A.P., student; TUSHKINA, T.A., studentka;
BOEOVSKIYY Yu.Ye., student;.SI.IIRNOV, G.P. [deceased]., student;
KUTIKOV, L.B., student; IVANOV, F.A.; NIKOLtSKIY, S.M., prof.,
zamestitell otv.rd.; SKOPIN AI-,, kand.fiz.-mat.nauk,, red.izdaniya;
B.ARKOVSKIY, I.V., reUizd-va; BOCHEVER, V.T., tekhn.red.
[Tables of the fundamental unitary representations of Fedorov groupaj
Tablitsy osnovnykh unitarnykh predstavlenii fedorovskikh grupp.
Moskva, Izv-vo Akad.nauk SSSR, 1961. 173 p. (Akademiia nauk SSSR.
Hatematicheskii institut. Trudy , vol.56) (MIRA 14:4)
1. Leningradakiy goaudarstvennyy universitet., matematiko-mekhanicheakiy,
fakulltet (for Shapiro., Tushkina,, Borovskiy., Smirnovs Kutikov).
2. Leningradskoye otdeleniye Matematicheakogo instituta im. V.A.
Steklova (for Ivanov).
(Crystallography-Tables, etc.) (Groups, Theory of)

BOIUIVICII y Z. I. j- -SKIO0-IN,. A. I.
Local lield extensions vith a normal basis fple principal uni-A.
Tnidy Mat. inst. 80:45-50 165. (M-MA 18-7)

m
SHOPIN, A.I.
Ideals of relations. Trudy Mat. inst. 80:117-128 165.
(MIR.A 18:7)

SHIRIN. P.K.. kaadidat tekhnicheskikh nauk; SKOPIN. G.A.. nauchnyy
ectrudnik; BUDAKOV, S.T., nauchnyy sot-rurn'tki.-MLYGIN. G.M.,
redaktor isdatellstva; GUSITA, S.S., tekhnichookiy redaktor
[Standard flowsheete for finishing work] Tipovye tekhnologi--heskle
karty po otdelochnym rabotam. Moskva. Uos. izd-vo lit-ry po strolt.
i arkhitekture, 1956. 135 P. (MLRA 10:2)
1. Moscow, Nauchno-iseledovatellskii inetitut organizateii i
mekhanizateii stroitelletya.
(Building)

SHIRIN, ID.K., Icand.tekhn.nauk; SKOPIN, G.A., nauchnyy sotrudniki Prinimali
uchastiye: ANTONOV. V.I., S.S.. inzh.; BOGUSWICH.
Ye.N., inzh.; KLIMOVA, G.D., red.lzd-va; GGLIBMG, T.M.. tekhn.red.
[11orms EN-1-60 for drawing-up plans for the organization of
construction] Raschetnye normativy dlia sostavleniia proaktov
organizateii stroitel'stva IIN-1-60. Moskva, Gos.izd-vo lit-ry po
stroit.. arkhit. i stroit.materialam, 1960. 98 p.
(MIRA 13:12)
1. Akademiya stroitellstva i arkhitektury SSSR. Institut organi-
zataii, mekhanizatail I teLlmicheskoy pomoshchi stroitallstvu.
2. Rukovoditell Sektora organizatsii promyshlennogo stroitel'stva
i tekhnologii proizvodstva rabot Nauchno-issledovatellskogo insti-
tuta organizateli, makhanizatsii i tekhnicheskoy pomoshchi stroi-
tel'stvu (for Shirin). 3. Otdel ekonomiki i organizataii stroi-
tel'stva Gosstroya SSZ-R (for Intonov, Zelenin, Bogushevich).
(Construction industry)

SKOPIE, Ivan Dmitriyevich; VOROTNIKOVA, li.V., red.
[Always searching] Vsegda v poiske. VGronezh, Voronezh-
skoe knizhnoe izd-vo, 1963. 43 P. (MIRA. 18: 1)

USSR/General and Specialized Zoology .i Insects. P.
Abs Jour Ref Zhur - Biol,) No 8) 1958) 35294
Author Skopin) N.G.
Inst
Title On the Biology of the Red-Winged Poplar Leaf Beetle and
the Eastern Leaf Beetle in Sc-ath Eastern Kazakhstan.
Orig Pub : Uch. zap, Kazakhsk. un-t, 1956, 21, 113-"8.
Abstract : Melasoma populi is a dangerous pest; it lives on all
kinds of cultivated and wildly growing poplar trees, on
tugay poplar ("turanga"), on the aspen tree and all spe-
cies of smooth-leaved willows. fingelastica alni orienta-
lis feeds on the foliage mostly of the Lombardy poplar,
willow and the apple, the aim, the "karagach"-eim, the
hemp nettle, the weedy hamp, the camel thorn, the almond,
lucerne and other trees. Data were given on the yearly
cycle ana the number of generations, phenology and ecology
of the pests. Varieties in the activities of these posts
Cara 1/2

SKOPIN. N.G.
larvae of Hoplia averini Medv. (Coleopters, Scarabaeidae) [with
su ry in English]. Zool. zhur. 36 no.7:1093-1095 R 157.
(MIRA 10.-9)
1. Kafedra zoologii bespozvonochnvkh Kazakhakogo gosudaratvennogo
universiteta.
(Ili Valley--Searabaeidas) (larvae-Insects)

USSR-/ General and Special Zoology. Insects. Harmful P
Insects and -2;,iites. General Proble.-as.
Abs Jour: Ref Zhur-Biol., No 1, 1959, 2~55.
j--uthor
Inst : Zoological Institute, A3, Kazakh, ",-)R.
Title : 11,11ay Bectles, 3laters and Pseudo -Wireworms of
Virgin Lands in the North of A-kmolinskaya
Oblast'.
Crig Pub: Tr. In-ta zool. AN h~.M3R, 1958, 8, 138-145.
i~bstract; Three and four haraful -,:.-ay beetle s?ecies,
four and five elater species and five and seven
harmful pseudo-wireworm FAllaculidae, Tenebrion-
idae, etc. reserabling wirewormi7 s-,.)ecies were
discovered inttbasarskiy and Balkashinskiy Ray-
ons. Infestation by wireworas and to a lesser
degree by Dseudo-wireworms and 2-Hay beetles was on
Card 1/2

SKOPIN, N.G.
Oodescelis iliensis Skopin sp. nova, a new species of darkling
beetles of the tribe Platy-scelini from southeastern Kazakhstan.
Trudy Inst. zool. AN Kazakh. SSR 8:146-150 158. (min 11:6)
(Kazakhstan--Darkling beetles)

SKOPIN, N.G.
Iiirvikot of root fendors of the group Brahidna (Coleoptera, Scara-
butoidan) [with numviry in Xnglinhl, Zool. zhur. 17 no-2:301-305
F 158. (MM 11-3)
1. MFifadra zoologii Kazakhokogo gosudarstvannogo univeraltata,
Alma-Ata.
(Kazakhstan-Scarabasidae) (Iarvae--Insects)

SKOPIN 11 G
Larvae of two species of the genus Cy-phogenia Sol. (Coleaptera.
Tenebrionidae) [with summary In English]. Zool.zhur. 37 no.10:1558-1561
0 158. (MBA 11ill)
1. Kafedra zoologii Kazakbakogo gosudarstvannogo unIverelteta
(Alma-Ata),
(M Valley-Darkling beetles) (Larvae-Insects)

SKOF111, N.G.
Iervae of beetles of the tribe Plittyopini (Coleopters,
Tenebrioriidae). Zool.zhur. 38 no.1:69-75 Ja '59.
(MIRA 13:4)
1. Chair of Zoology, Kazakh hate University, Alma-Ata.
(Darkling beetles) (Larvne--InBects)

SKOPIN, IT.G.
Larvae of the genus Adesmia Fisch. (Coleop,era, Tenebrionidae).
Zool.zhur. 39 no.7:1039-1043 J1 '60. (MIRA 13:7)
1. Department of Zoolrgy, Kazakh State Univorsity, Alma-Ata.
(Syr 1~arya Valley-Darkling beetles)
(Larvae--Insects)

SKUPI,i, - _._1
Larvae of Jasytroguo trauscmi,dcus 3rakii. (Colooptera, scal-abalaidae).
Trudy Inrt.zool. kil Kazakh. SSR 11:137-139 160. OAIRA 13:11)
(Scarabaciiae)

-SKOP321 Y S. G.-
Selecting a practical system for working the thick layers of
coal in the Tom'-Usa deposit. Trudy Inst. gor. dela Sib. otd.
AN SSSR no.3:81-99 160. (,%IIRA 1j,; 1,)
(Kuznets Basin-40al mines and mining)
V-

SKOPIN,
Nature of the relationship between practical dinensions of entry
chain pillars and the deciding factors. Trudy Inst gor. dels,
Sib. otd. AN SSSR no.3:100-114 160. WFA 14:4)
(Mining engineering)

SKOPIN, S. G.
Cand Tech Sci - (diss) "Several problems
rich coal strata under conditions of
of the Kuzbass." Novosibirsk, 1961. 19
emy of Sciences USSR, Siberian Division
emic Council for Pbysics-Mathematics and
price not given; (KL, 7-61 sup, 246)
of the development of
the Tom'Usinskiy Deposits
pp with nomographs; (Acad-
3f the Academy, Joipt Acad-
Tech Sci); 220 copies;

mi ne -f
r" the talanc;-%
em concerm,
"rus t.. op. U07.,
davl, nc.17:
(MIPA 18:9)
Ir -a S-1 biraicogo otdoleni-- 'N ~'SSR,.
.,l I ? a ". - -

L -67 EWP (p)ZAR
10341 RkE~WT d &~~(h
AP~6029878 SOURCE CODEt UR/0413/66/000/015/0041/001+2
AUTHORS8 Ruzanov, Yu. N.; Kokhanovp B. T.; Skopino V. K. //0
ORG: none
TITLE: Method for tolerance self-control of time-pulse measuring devices with indica-
tion of the sign of the deviation. Class 21, No. 1W95
SOURCE: Izobret prom obraz tov zn, no. 15, 1966p 41-42
TOPIC TAGS: quality control.. self adaptive control, control circuit, measuring
apparatus
ABSTRACT: This Author Certificate presents a method for tolerance self-control of-
time-pulse measuring devices with indication of the sign ~? -the d6viation. To procfUce
a signal for the suitability or unsuitability of the device with negative or positive
measurement error, the output signals of n-a most significant digits of the counter
and the output signals of n-b most significant digits of the counter (where n is the
number of digits in the output code of the device, a is the number of least signif-
icant digits of the device counter comprising the negative tolerance field of self-
control, and b is the number of least significant digits of the device counter com-
prising the positive tolerance field of self-control) are added in preliminary (chan~-
nel) summators. The signals for the sign of the tolerance field in which the device
operates are taken from these sirmwtors (see Fig. 1). "Ones" should be recorded in
ard 1/2 UDC: 681.yj~-523*8
C

AP6029878
Fig, lo I - measuring device; 2 - counter;
3 and 4 - eummators of first and
second channalsi 5 simpigtor-analyzer
the n-a most significant digits as a result of self-controlif the device is in the
negative tolerance field of self-control. "Zeros" should be recorded-in the n-b
most significant digits if the device is in the positive tolerance field of Gelf-
control. The output signals of the channel sumnators are added in a Owmator- ,
analyzer, and the suitability ~f the devioe is judged by the result."Orig, art.' hass
1 diagram.
SUB CODE:%3,09/ SUBM DATEC Mov64
r.,.4 2/2

... ..... ..

32-8-53/61
AUTHOR: None Given
.TITLE: Short Reports (Korotkiye soobshcheniya).
PERIODICAL: Zavodskaya Laboratoriya., 1957, Vol. 23, Nr 8, pp. 1002-1004 (USSR)
AESTRACT: Dmitrieyv, P.P. (Tashkentskiy khimicheskiy institut Akademii nauk
UzSSR) suggested an alteration in the already known apparatu3 for
oil-refining and determining the effective boiling points of mineral
oil products according to Badgadzher in that the separation of the
fractions does not take place in the Kleisen-pistons bat in the
apparatus itself, which permits a reduction of the time needed for
the expBriment, the elimination of losses and geater accuracy.
There are 2 figures.
Krishtul, V.P. and Paskutskaya, L.N. (Akademiya kommunallnogo
khozyastva) suggested a kind of water jet-sucking pump to be used
for emptying the vessels after the experiments are finished., which
is assumed to offer technical-practical advan ges. There is 1
'tag
figure.
(Kazakhskiy sel'skakhozyaystvennyy institut) suggesied
a device for gas washing which offers the advantage that the washing
liquid can be used without shutting off the gas and in which the
gas washing process takes place between the bottoms of two tele-
Card 1/3 scoped vessels. There is 1 figure.

Short Reports 32-8-53/61
Korshunovj V.I. (Institut goryuchikh iskopayemykh Akademii nauk
SSSR) suggested an apparatus for the fraction analysis of dispersive
minerals. The apparatus consists of a cylindric vessel the lower
end of which forms a cone and is connected to a tube wheee a straight-
way cock is provided. At the side, in the middle of the cylinder,
there is a feeder through which the fine-grained mineral is fedl
mixed with a liquid whichhas approximately the same specific
weight. The lighter fractions, which rise up are caught by the chan-
nel provided above; the heavier ones3 which are deposited below, are
eliminated by the straight-way cock.
Simonyan, A.A. (Moskovskiy torfyanoy institut) suggested an apparatus
for the determination of the maximum~of the shearing stress and the
coefficients of the lateral pressure of the plastic materials (chalk.,
peat, etc.). The apparatus consists of a horizontally fixed tube of
several parts which can easily be dissembled into its individual parts
and has inside a thread-like cut which prevents the displacement of
the material it contains. One of the branches of the tube has an
inductor for measuring the lateral pressure. The pressure is caused
by a piston, which is introduced into the tube. The other end of the
tube is fitted with a closing device. The number of the parts of the
tube is reduced b-
.1 dismantling them as required. Examples of
Card 2/3 application, 1 figure.

--1-. 2.2 0 0 SOV/819F-7-22-596
Translation from: Referativnyy zhurnal. Xhimiya, 1959, Nr 7, P 73 (USSR)
AUTHORS: Sokol'skiy, D.V., Shmonina, V.P., Skopin, Yu.A., Tverdokhlebova,
N.S., Dunina, L.P. "I~
TITLE: The Investigation of the Liquid-Phase Hydration of Acetylenel
According to Kucherov. I. The Effect of the Composition of the
Catalytic Solution on the Course of the Reaction
PERIODICAL: Tr. In-ta khim. nauk. AS KazSSR, 1958, Nr 2, PP 158 - 172
ABSTRACT: The hydration of C2H2 was studied by passing it through a sulfuric~(
acid solution of HgO and Fe20003, depending on the composition
and the temperature of the solution, the rate and the duration of
passing C2H2 through the solution. The loss of catalytic activity
of mercury compounds in the course of the process is caused by re-
ducing them to mercury metal with its removal from the solution.
In the absence of oxide iron the deactivation of the catalyst takes
place more quickly, the introduction of Fe2(304)3, though pro-
moting the removal of mercury from a solution in a more dispersed
Card 1/2 state, inhibits its reduction, increasing the reaction rate. The

5W
AUTHORS: Sokollskiy, D. V., Academician of the SOY,/20-126-2-30/64
AS Kazakh SSR, Skopin, Yu. A.
TITLLi Investigation of an Oxide-Platinum Catalyst by the
Electrochemical Method (Izucheniye okisno-platinovogo
katalizatora elektrokhimicheskim metodom)
PERIODICAL: Doklady Akademii nauk SSSR, 1959, Vol 126, Nr 2,
PP 334-336 (USSR)
ABSTRACT: The present paper supplies data concerning the reduction of
platinum oxide in acid and basic solutions accompanied by
the simultaneous variation of the potential of the powder.
Also the charge curves of platinum-niello were plotted. The
production of the platinum oxide and the apparatus used for
its reduction have already been described (Refs 2, 3). First,
the reduction of platinum oxide into 0.1 n, 1 n, and 5 n
sulphuric acid is discussed. A diagram shows the dependence
of the quantity of oxygen absorbed on time, and the variation
of the potential of the platinum wire during the reduction
of the platinum oxide. During the first minutes of stirring,
Card 1/3 the potential shifts by 100 - 120 mv into the oxygen range,

Investigation of an Oxide-Platinum Catalyst by the SOV/20-126-2-30/64
Electrochemical blethod
extent at the highest reduction velocity into the oxygen
domain. The anodic charge curves of platinum-niello plotted
in anodic solutions have no distinctly marked transition
within the range of the double layer. The quantity of
adsorbed hydrogen increases with increasing concentration
of the base. The last part of the present paper deals with
the reduction of platinum oxide in water, ethyl alcohol,
n-hexane, and benzene. The curve of platinum-oxide reduction
in n-hexane is similar to the analogous curve for O.1n
sulphuric acid. There are 4 figures and 4 references, 3 of
which are Soviet.
ASSOCIATIONt Kazakhakiy gosudarstvennyy universitet im. S. M. Kirova
(Kazakh State University imeni S. M. Kirov)
Kazakhskiy sel'skokhozyaystvennyy institut
(Kazakh Agricultural Institute)
SUBMITTED: February 10, 1959
Card 3/3

SKOPINA, E.L.; WPOTKO, T.A., professor. direktor; VOTACHEK, V.L. profeasor.
"iM tellnyy chlen A)mdemii meditainakikh nauk SWR, nauchnyy rakovoditell.
Allergic edema of the larynx. Vast. oto-rin. 15 no.4:84-85 Jlk '53.
(MLVA 6:9)
1. leningradakiy nauchno-issledovatellskiy Institut bolesney ukha, gorla, nos&
I rechi. (larynx-Diseases) (Idema)

SKOPINA, E. L., Cand Med Sci -- (diss) "Intratruncal archi-
,tkz 1~6-
tectonicS of ALTffnI pair of craniocerebral nerves. It Saratov,
1957. 19 pp (Min of Health RSFSR, Saratov Mad Inst) (KL,
52-57, 112)
- 126 -

3FOPINA, Eleoriora Lyur-ivirrovna
(vnutristvollnaya) Architechtronics VII
Pairs of Brain-grafting of tle Nerves
D issertation for candidate of a Medical Science degree. Leninfrrpd
For Diseases of the Ears, Throat, and Nose, 1957

USSR / Human and Animal Morphology (Normal and S-2
Pathological). The Peripheral Nervous System.
Abs Jour: Ref Zhur-Biol., No 10, 1958, 45517.
Author :
Inst : Saratov Medical Institute
Title : The Intracolumnar Architectonics of Eight Pairs of
the Cranial Nerves.
Orig Pub: Tv. Saratovsk. med. in-ta, 1957, 9, 71-79.
Abstract: Details of the structure of the cochlear nerve
(Oil) and the vestibular nerve (VN) and their
correlations were studied. Eighty cochlear and
vestibular nerves of persons, perished in accidents
or from diseases free of ear or brain pathology,
were investigated. The nerves were extracted by
a specially developed process and were treated
with various histological methods. CN and VN
possess a mixed type of structure. The union of
Card 1/2
22

SKOPINA. R.L.
7=se ~njuriem and their forensic evaluation Lwith summary in
XnglishJ. Vest.oto-rin. 19 no.6:51-55 N-D '57 (MIRA 11:3)
1. Iz kafedry bolesney ukha, gorla i nosa Jzav.-prof. H.I.Vollfkovich)
i kafedry sudebnoy meditsiny (zav.-dotsent I.Y.Skopin)
Snratovskogo meditsinskogo instituta.
(NOSIC, wds. nnd inj.
forensic evaluation)
(MEDIGM, ISGAL
forensic aspects of nose inj.)

SKOPINA, N.L. (Leningrad)
a cicular structure and blood supply of branches of the
cochlear and vestibular nerves Lvith summary in Bnglisbj. Vest.
oto-rin. 20 no.1:46-49 Ja-Y 158. (MIRA 11:1)
1. 1z Leningradskogo nRuchno-issledovatel'skogo institute po
boloznynm ukhn, gorla, nonn i rechi (dir.-prof. I.A.Lo-oatko,
nauchnyy rukovoditell-deyatvitellnyy chlen AMN SSSH prof. V.I.
Voyachek).
kNARVES. VESTIBULAR
intrafascicular structure & blood supply (Rus)
(N,rRVES. COCHLEAR
same)

SKOPINA, E. L.), kand. med. nauk
Etiology of some forms of henorrhage from the upper respiratory
tract. Vest. otorin. no.5:5-9 161. (MIRA 14:12)
1, Iz Rafedry bolezney ukha, nosa i gorla (zav. - prof. M. I.
Vollfkovich) Saratovskogo meditsinskogo instituta. '
(HEMORRHAGE) (RESPIRATORY SYSTEM-DIsEASES)
(LIVER-DISEASES)

KLIMOVSUYA, Z,A.;,PKOPja,-I.S.-
Color variation of the inflorescence in dal-,lias reproduced by
seed, Trudy Alma-At.bot.sada 5S121-131 16o. (MIRA 13:6)
(Alma-Ata-Dahlias-Varieties)
- (Color of flowers)

SKOPRFA, I.N.
larvae of two spei;les of -S,~arabasldas (Cole.:~ptsra) from tbo
Mmgyshlak Peninsula. Zool. zhur. !+3 no,-~2772-773 164
Io
(MIRA 17
1. Nauchnu-issledovutellskiy institat zesbcbity rasteniyq Alma-Ata.

MU
SIEFTELI, I.T. kand.tekhn.nauk; SKOPI ,Illj., inzh.; FILIPPOVA, O.N., inzh.,
CHEBOTAIL,,VA, E.S., inphe
Quick-response bead-type thermistors. Vest. elektroprom. 34 no.8:71-
73 Ag. 163. (Thermistors) (I-MU 16:9)

SKOPINA.9 N. P.1 PLTqO*IA, Z. F. and SYCII-EVSKAYA, V. 1.
"The Role of Sinanthropic Kies in Transmission of Dysentery Microbes
and Eggs of the Dwarf Tapeworm in the City of Fergana."
Tenth Gonference on Parasitological Problems and Diseases with Natural
Reservoirs, 22-29 October 1959, Vol. II, Publishing House of Academy of
Sciences, USSR, Moscow-Leningrad, 1959.
Uzbek Institute of Malaria and Medical Parasitology (Samarkand)

VINOGRAD-FIMEE'Ll, F.R.; SKOPIIU, S.B.
I
Complications associat-d with transfusion of Rh incom-atible blood
and their prevention. !',hirurgiia, Mosknta no.3:74-75 Mar 51. (CLML 20-7)

VINOGRAD-FIIBYLI, F.R.; SKOPINA, S.13.
Complications associated with transfusion of Rh incompatible
blood and their prevention. Khivirgiia, 14oskva no-5:53-13 Kay 1951.
(CULML 20:9)
1. Of the Cenbral Order of Ionin InBtituto of Rematolog7 and
Blood Transfusion(Director--Prof. A.A. Baiglasarov, Corresponding
Member of the Academy of Nodical Sciences) of the Ministry of
Public frealth USSR.

BAGDASAROV, A.A., professor; VIROGRAD-FINKMI, 31R., professor; AKSHNOVA,
O.V.; BOGOYAVLENSKATA. M.P.; BOLDYSHEVA, G.M.,- RODINA, R.I.;
SK0PIXA.'S.B.(M6skva)
Use, of concentrated leukocyte in the treatment of chronic radiation
sickness. Klih.med-33 no.6:28-40 Je '55. (MMA 8:12)
1. Chlen-korrespondent AMN SSSR (for Bagdasarov)
(RADIATION SICKNMS, ther.
leukocytes)
(BLOOD TRANSFUSION,
leukocytes in ther. of radiation sickness)
(LEUKOMES, tter use
radiation sickness)

BAGDASAROV, A.A., proferiaor-, RUTBERG. R.A.; VINOGRAD-FINKICLI, P.R.;
TMIMITuTIVA. CI.; MONTOVIC11, V.A.L_O ABDUMAYBY, G.M.
Preparation of blood without stabilizers and leukocyte mass by means
of cation exchanging sorbents for clinical blood transfusions. Probl.
gemat. i perel. krovi 1 no.3:38.,42 My-Je 156. (Mum 10:1)
1. Iz TSentral9nogo ordena Lenine instituta gematologii i perelivaniya
krovi (dir. - chlen-korrespondent AMN SSSR prof. A.A.Bagdasarov)
Ministerstva zdravookhraneniya SSSR.
(BLOOD BANKS
blood without stabilizers & leukocyte mass prep. with
cation exchange resiqs)
(,015 EXCHANGE RESINS
cation exchange resins in prep. of blood without stabilizers
of leukocyte mass)

t VO*
ON
11 ~ T 0 '1411"
jip
:11, A -
3 vi .28
Ito
ed
.;va v A
2 b 11
:1i ail- 4b till., j.

SKOPINA, S.B,: LAZAR7VSKTY, S.A.
Study of the gas perm-ability of plastic blood bags. Probl. gemat.
i perel. Krovi 8 no 9:16-17 S 163. (MIRA 17:9)
1. [z lnboratorli konservirovaniya krovi (zav. - prof. F.R.Vinograd-
Finkel') i bioklaimicheskoy laboratorii (zav. - prof. G.V.Derviz)
TSentrallnogo ordena Lenina instituta gematologii i perelivaniya
~rovl (dir, dcjt,.,-,ent A.Ye.Kiselev) Ministerstvn zdravookhraneniya
SSSR.

VINOGHAD-FINKFLI , F.R., prof.; _SKOPTNA, S.B.; BOLnTNIKOVA, F.I. ; GLTIZ, D.S.
FINNIKOVA, L.V.
Study of problems connected with the organization of mass preparation
of sterile plastic bags with preservative for a +.we stage blood
preservation. Probl. gemat. i perel. Krovi 8 nc.9:23-29 S 163.
(MIRA 17:9)
1. Iz TSent-rallnogo ordena Lenina instituta gematologii i perelivaniya
krovi (dir. - dotsent A.Ye.Kiselev) M,-nisterstva zdravookhraneniya
SSSR, TSentrallnogo nauchno-issledovatellskogo inst-ituta konservnoy
promyshlennosti (dir. A.F.Namestnikov) pri Vyschem sovete narodnogo
khozynystva SSSR Soveta Ministrov SSSR i Khimiko-farmatsevticheskogo
zavoda imeni N.A.Semashko (dir. V.I.Antipov).

SHPILIKOV, Ye.M.; SULEYMENOV. S.T.; SKOPINA, V.D.
Effect of calcium and magnesi 'o"x'id-b's, ... 6"n- the'-course of obtaining
foamglass from vitroph7res. TruA7 Inst. stroi. i stroimat. AN
Kazakh SSR 2:167-178 '59. OAIRA 12:10)
(Glass, Cellular)

KEEL714AN, V.M.; PEREGUD, B.P.; SKOPIPIA, V.I.
Universal precision P -spectrometer. Atom.energ. 10 no.5:534-536
iV :61. (Spectrometer) (PaRA .14:5)

GRIGORIYEV.- Ye. P.; PEREGUD, B. P.; SERG=E , V. O.;j,KOq4AX"V,-j.
On Tu166 decay. Izv. AN SSSR. Ser. fiz. 16 no.12:1488-1491
D 162. (MM 16:1)
1. Fizichesldy institut Leningradskogo gosudarstvennogo uni-
versiteta Fiziko-tokhnicheskogo instituta AN SSSR im. A. A.
Zhdanova.
(Thu:Lium--Decay')

B/048/62/026/012/OOT/016
B117/B186.
AUTHORSt Grigorlyev, Ye. P., Peregud, B. P., Sergeyev, V. 0., and
Skopina, V. I.
TITIZi Decay of Tu 166
PERIODICALs Akademiya nauk SSSR. IzvestAya. Seriya fizicheskaya, Y. 26,
no. 12, 1962, 1488 1491
166
TEXT: A check was carried out on the divergent statements on Tu decay
in papers by Harmatz (B. Harmatz, T. H. Handley, J. W. Mihelich, Phys. Rev.,
123, 1758 (1961)) and Grigor,yev (Ye. P. Grigorlyev, K. Ya. Gromov?
B. S. Dzhelepov, Zh. T. Zhelev, V. Zvollska, I. Zvol'skiy, Izv. AN 355R.
Ser. Fiz., 25, 1217 (1961)). The quantum.char'acteristics of the upper
166
levels of Tu were determined more accurately. Experiments using a double
focusing 2~-prism spectrometer and a f-scintillation spectrometer confirmed
as correct the results obtained by Grigorlyev et al. for the energies of
the transitions and for the relative intensities of the conversion lines.
The two high levels with energies of 2134 and 2161 kev are heavily occupied
when Tu 166 captures electrons; their2r-transitione,both take place to the
Card 112

166
Decay of Tu
5/048/62/026/012/007/016
B117/B186
166
same lower-lying level of Er To determine their exact characteristics,
the multipole orders of the ,~-transitions with energies of 2054 and 2081 key,
were calculated from the conversion coefficients aK' It was shown that
agreement between theoretical and experimental values is possible only if
both transitions, or at least the one with an energy of 2054 kev, have a
multipole order of 142. Transitions with an energy of 2054 kev take place
from the 2134 kev energy level to the 2+ level of the first rotational band.
The 2134 kev energy level was assumed to have odd parity and, most probably,
a spin of 3. This paper was read to the 12th Annual Conference on Ruclear
Spectroscopy held in Leningrad from January 26 to February 2, 1962. There
are 3 figures and 2 tables.
ASSOCIATIONs Fizicheskiy institut Leningradskogo gos. universiteta (Physics
Institute of the Leningrad State University);-Fiziko-
tekhnicheskiy institut Akademii nauk SSSR im. A. A. Zhdanova
(Physicotechnical Institute of the Academy of Sciences USSR
imeni A. A. Zhdanov)
Card 2/2

S/057/62/032/012/007/017
A precision prismatic spectrometer... B104/B186
be varied over a range correspondine to electron energies from 30 to
2800 kev. The vacuum system comprises a vacuum chamber for the source, two
tubelike vacuum chambers for the collimator lens and the focusing lens~
a chamber for the deflecting magnet and another for the counters. Within
an accuracy of 0.01%, a stabilizer keeps the current constant in a range
from 0.02 to 3 a for 20 minutes. The electrons passing through the alit can
be registered either by two G.M. counters working in coincidence or by
counters placed at a distance of 750 mmi from the slit. An automatic system
controls the spectrometer according to a fixed program and records the
results on a paper trApe. There are 11 figures.
ASSOCIATION: Fiziko-tekhaicheskiy institut im. A. F. Ioffe 'AN SSSR,
Leningrad (Physicotechnical Institute imeni A. F. Ioffe AS USSR,
Leningrad)
SUBMITTED: July 18, 1962
carcL 21+

SA)5 62/032/012/00P/017
B104Y3186
AUTHORS: Keli'man, V. M., Peregud, B. P., and Skopina, V. 1.
TITLE: A precision prismatic sectrometer. 11. Resolving power,
aperture ratio, accuracy of measurin6 energy and relative
intensities
PERIODICAL: Zhurnal tekhn'che3koy fiziki, V.32, no. 12, 1962, '1465-1476
TEXT: The properties of a prismatic beta-spectrometer designed in the FTI
imeni A. F. Iof`e AS USSR (Zhurnal tekhnichaskoy fiziki, v. 32, ,no. 12,
1962, 1446-1464)1~'are described. The iastrumen~ is adjusted by.means of the
Ir 192 conversion spectrum and an RdTh deposit,.the rectangular.source
(1.5-15 mm) and rectangular slit (1-5-25 mn) being arranged symmetrically.
The optimal instrument hall'-width is 6 = 0.027% if source and slit are
1 mm wide, the resolving power is 0-036-A~, if the stated above adjustment
is used. Characteristics are given in Table 1. The design of the vacuum
system and of the source attachment makes it possibl.e to vary the distance
between the source and the canter of the collimator lens from 121 cm down
to 5 cm, thereby decreasinL the focal length from 127 to 28 cm. If-the
41
Card 1/4

5/057/62/03-/'012/008,1017
A precision prismatic spectrom--iter... B104/Ble6
aperture d4aphra~-- is opened cm. the so-lid angle varies bet---veen 0.00,1
and G.B~6 of 47-,. If the source is brought closer to the lens, thq lens
current L and the an6le through whIch the source must be turned in order
to comoensate far the rotat or, of the image by the i,-,aE;net lenses both have
~o be altere' (Fie. In a -anFe between 1'2 and 807 kev the i4ean
line-,vidth of the converi3ion spectru.- lay between.0.15 and 0 '21i,-' If the
source dimension was 0.6-15 -mm, the source t hickness 0.5 mg/li712 and the
alit 2.5-40 Tim. The aperture ratio was 0-4~o of 4n in these measurements.
The probable deviation q of the line-width lay between 1.7 and 15". The
electron momentum was calculated from the formula
k 1, -1-b
k
k (1, -1- h) -- (3670 =L- 2) (1,
- 0.0025 =tz 0.0006),
where FQ is i-iven in oersteds-cm and I T in amperes. The error of the
Card 2/4

S/057 62/032/012/008/017
A precision prismatic spectrometer... B 1-0 4 vl~
B186
relative intensities of the conversion lines lies between 0.01 and 0.8%.
There are 5 figures and o' tables.
ASSOCIATION: Fiziko-tekhnicheskiy institut im. A. F. Ioffe MN' SSSR,
Leningrad (Physicotechnical InstiWte imeni A. F. loffe
AS USSR, Leningrad)
SUBMITTED: July 18, 1962
Fig. 3. IK/I 0 and y,, as function of the distance f+ between source and center
of lens. Legend: (1) IX/10, (2) yo.
Thble 1. (a) symmetrical variant, (b) great aperture ratio,,(1) focal
length in cm, (2) dimensions of the aperture diaphragm n cm (3) 2 in % of
4R, (4) source dimensions in mm, (6) aperture ratiop cm , (7) 6=A(HQ)/(HQ),%.
Card 3/4

ACC
INVENTOR:
ORG: None
F70056d2 SONCE CODEs tM/0413/6T/000/002/0156/0156
Bakeonov, Z. As; Bankov, Yes Is I Bko J~ovs As Ps I* ObuAhpuor# Yes A@
TITLE: An airtight hatch. Class 62, No. 190785
: Izobreteniya, premyshlennyye obraztey, tovarnyye snaki, no. 2, 1967, 156
TAGS*. mechanical fastener, hermetic seal, auxiliary aircraft equipment, air-
cargo handling
MTRACT: This Author's Certificate introduces: 1. An airtight hatch with possible
)plication in an aircraft luggage carrier.. The installation contains a frame with a
iver vhich in opened by sliding It into the compartment and upward along Its.inner
wface. The deoign also incorporates an elastic hermetic sealing element, guide rails
Ld guide rollers fastened to the cover. Guide support pine are hinged to the lower
[ge Of the cover to facilitate sliding into and out of the frame opening without bend-
ig and jamming. The free end of each pin Is equipped with a roller which slides into
matching socket installed in the frame. 2. A modification of this hatch in which
ie guide support pins are spring loaded in the direction of-motion of the hatch
wing closing. The pins come up against stops mounted in theL. cover vben they reach
v position at ibich the roller vill slide Into the sockets

Wool

ACC M APIOO%&
.

I~j

1,' 7, 1

J,

1,-batch c.over; 2-hatch frme., sock0i 6--spring; T--stop

MB CODE: 13/ sm DATz: i5sep65 ...
Cwd 212-

KURKUMEL I , A ~ A_ inzh, . 'f~KOKSON Yu~ A., triz~~, 1! A . A nzh. t
---- 4_ - . ~ J-
MOUOVIKOV, Ye,-.1., ir.21h,
Va---ihine flor-.;el~jng lcngiludinall-;eld~~ of t".1--walled shells
and light-gauge sheers. Svar. pro4-z,,. no.9;34-35 S 164.
(KRA 17,12)

SKOPINOV, Ye.N., inzh.; KURKUMELI, A.A., inzh.; MOKHOVIKOV, Ye.V., inzh.
-~ 1, -L, . -.- ---.-
Universal stand for the automatic welding of longitudinal joints on
shells and shoots. Svaroproizvo no.10t/,2 o 164.
(MIRA 1811)

KtJltKUl?%LI-; A.A.9 inzli.; SWARIN, V.I., inzil.; MAKUTIN, K.B., lnzh.,- W~j
Ye.m., inzh.
AutUmatia -,47PIding with 9 three-phaise are of the AMg6 al-loy !n
assambly opersUons. Svar.proizv. no.5:20-2-1 My t65. (MIRA 18z6)

SKOPINOVA, A., master sporta
On a signal from the ground. Kryl.rod. 12 no.5:13 My 161.
(I,aRA 14 '.'7)
(Parachuting)

I ~110 ~.

Jan, arch.; JOZEFMICZ, Jerzy, arche; SMED "SKI
CZYZ Jerzy, arch* FURWi SZYMCZYK' Jan, constr.;
) -Andrzej v I - PANORSKI, Wiedzimier2, constr.;
_,_arcl . 1,
BTENMSKI, Marek, Wdelist
Contest for a shopping center. Architektura Pol no.10:374-383 161.

SOMOV, N.; RATANOVA, T,; FRUW, I*-, ONOMM, L.,- XMINg A.; NIPCKUMOV,
A,; LSVCHMO, Ye.; . &!~KaIPOVA, Te.
Disinfection of g7sin with ðyl bromide in the ship's hold. N*.-
elov. prom. 26 no.lOil2-14 0160. (KU 13 -.10)
(Grain-Disinfection) (Nothylens)

w
SKOPINSKIY, V.M., inzh.
--A
A factory of comwnist labor. Transp,stroi. 12 no.7s6-7 J1 162o
OMU 16:2)
(Earthmoving machinery-Maintenance and repair)

-'w ~W-vr-w--v 6 w a v G-" fill 0 0 0 0 0 0 0 6 0 a 0
a 0 0 0 0 0 0 a 0 0 0 0 0 0 0 411 . 0 0 0 * 0 * 0 0 0 0 * 0 0 0 6 0 0 0 0* : : :'*
A I - M it !, " - " is IIIII Nallu Ishii )GH0119 wi- gill 140 MI/ UP& 4, u I a rile
1. 01 IF 9 1 u v , ~-A - 1. 1. AA U M M Lt 6,
Till A comparison of the methods of extracting ishosplitiric acid from phosphates and
lUanas Wag. It A Skill-INT11M. I'doh,en(ri Viti,10 1920. -00
:17 11 H into on the drtti. if I, it, ph"'Jill4tv. And 11'11'Alla~ Qax '11.1w that a(lita It'llia -00
elit, I),, *r mna, 4,11t itiv... low 1-111t., AN 11111 E., S tbal ("f file fir cit
11WIll-I .4 'I.-Ix IMAI I"(W. A ltll%l "I II-I'l 1, isli'l 11 No), i~ Ill't a~ 'ITIO"It All e1 .00
I'Ar 0, d'1414 li-glA Willi Ilw :11, 111i'l r i, '111livi-t, I.,ilitis I.. a -0 4111
1,11w 411,11-1 1.
-00
rational, licraw filtering 6 ra-Mer anti washing it( the NISN'11,14). Li silw facilitated. .00
Thraffin resianictlitid iinot Multable for Th-mia,A1.1jr To,ililaina Mike INIX#11,01 the A11111
0 %fgNl 1104 iditnild Ile nu6teivrd with MIN(). Ik I-wr I,% ating 1 .1; forrix
:0 4*0
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to
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0
A I A. S t A At TAU URGKAL LITINATUAlf CLASSIFICATION Cz
T
it
L
too
IN 5 A]
u AT No HIS; An L S Al 04 0 A I
It IT It or K As It It K it 11 It If Is No IT I
9 40 * 0 0 9 11111, * 0 0 6 0 0 0 0 111, *j* 0 0
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0 0 0 0 0 0 010 0 0 -0 0-6 0 '0 0 0 0 0 0 0 0
03 it 11 It 14 Is 4 1? is 11 'L 11 ZI a a 2) is v M P I, 1? 1, J~ It v U -j vo WOES
A A L 0 _k _1_1 L a P F Q R S T %I -A IF Z AA 64 CC CC (E t I A

00 *0 0
00
&0 Possible SOWCON Of CrYOf it] determining nitrate by the njethod of Granjr&l.
Lajoux. it A.SK,wi%"ttj:v Zhur. Prikladtial Khiw.3,747 Akhp:41' -F%avu ofthv
~Iatldard heated hith a gas hurtirr b, A Ill,- I-f Ilitt3ti,
I~C.U-f tile prewn" .1 S Coulilds. ill tile gas. This i, av-mirIf 1.v i0ding 41.7, 1.11 CC
00 J. ill tile soln. The sample of theiiitandard 94n. should tw 1 3 cc. and the
blurt mtt-t rv2d within 0 01 cc. Presence of Nih vwmpd4, is haratful Iolv if their c'M-
00 tent i. higher than tile equiv. amt. of alkali".
V. KAllC1IFV,%VV

00 wo adw of ip, of =did' I 'awls
'
~_
9 =0
B.
]Afimwobmg so Mask
fharghislig
A;
Igo cd total PA by d4leo" -ft aq-
'Joe*
-NKOC(X showhil be edilled lin the M ME
00 rc& sim of of oL FW0,
"
"
.
!,
,00
I
phosphate bdaft IS
W a wbk MIDP^. The NH4 big F=te ppbL
0 Irl frow HA0'rHN0j solin. Can be Is 11 - Without 4411111. Of NH#N()& but owt be 1
zoo
quite. its C to ellisninate 80, Powpil!w. A. PAPUMAU-COUTtMB
Iso*

no*

041 ;.oo

0*
04t. A I I I L A MITILLUPCIC-t CtTrwATURC CLISSWOCATIC-
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-

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9
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IFg
r
* 0
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V III W r k it W I; It Or*
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and o( the ....t G( dry residue on the accuracy of nitrate

X determinations by tho method of Gmadval-Laia", 11 A. Srow ApNsed -# 0
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'
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and L. %Iikhajl..v.kay4. I*rame. Ole-irtorfathi( /"It.
. .00
A
Yoump J. -,n RUMIT1111y); Ne*e?Jj*,h
jji.eml. Geol.. Relemle 11. 1935, =M- C11-11. 41-Alv-1 -00
sh,m that the I content of The 'Allite Ska is Iris 111,11t 0- .00
00 av. ,I Rrith (cf. C. A. 24. 1817) for northern mas. Thl~
is doc to the lower -Wt content of the %X'hite cca water. '00
00

tWerzoination of iodine In son wmiter.
00
J
k
m
I
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plr~-
NSv
ic
.
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00 11,1935, kik; cf. C. A. M 2111- A new nictluml for
-1 is given which vidds lictfur
imline detri. iu sea wrau
00
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remillm than the incth-I J 116th it', .1. 24. 1111 -1 1

- -------- -
goo
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00
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0 0 0 0 0 0 0 a 0 0 0 a 0 0 4 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 a 0

EFEOPUMSev, B. A.
Determination of dissolved oxygen in vator containing
various oxidising and reducing substances. B. A. SKOPINTSEV and
J. S. Ovtschinnikova (J. Appl. Chem. Rue., 1933, 6,
1173-1179) Winkler*s direct method (A., 1888, 79) is
applicable to$R~O of a content of org. impurities (I) equiv. to
25 mg. of OV per litre, and containingTO.1 Of
nitrite-11, 25 mg. of Fe , and Otl mg. of Cl pe~ litre.
K~,O containing > the above content of (I) should be analysed
by a combination of the above and Winkler*s I method
(A., 1915, 11, 277). R.T.

w ip ; i i I's
.-L-A
0 0
pie d d wade ad
MOWd.Wdm don& k:61wo "Mob. B.
pal. X. L PzwriFnwA (J. A
to, III*--ISm ",The ISK
mm, a =
IW r,(
am 1-10 d Amp in SISM
004
OOU by 0-15-1-6
004 of SK). is Few tad by
drop pw 10() m]. of
4r
Asa. I L A METALLMMICAL UTINOW1 CX.UWWjft
An A a ad 0 X a ,goo .10
goo
"o0
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0 0 0 0 0

6 a
a 4 0 0 0 0 0 6 a 0 0 0 a a a 0 Is, 0 0 0 0 C
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L ri L
t
f A 11 a) A. if 111 11
_
. A I
is As M (C M if v

.4 Inves9fition of the ritactisin between aluminum sulfate .00
$0, 00
And the bonstesof natural waters It-I
I"kh'sNabArxie Sanst. 1ekh, igis. %.,. -00
Mrfirat. Zhar. 1. No. 8 9, 17- 18t Mix). I',- fiv-,ituph -

9 ,)f water. whose salt content cou~i~wd in-tly #)f tls~ -00
arbonates of Ca anti Nis, and which tliffvrvtl in flic fill. -00
00 1 anti Cl contents were added incrt-A%inti units. sit 1,;
00 AL(SO.), win. To other sainpic. %it,. -.00

titi(ti, 0 lite di-linel At Isivir d. III I la I It. id.la
00 I-th life *nil the ih, 41k% ..I fit, -11, -09
fa.( froselneil tlw sense. last ALI lail" AL.*41.
',0*
90 j ~Iltl. WON lowered IOA %"IAIIVI d.gi,, than alim as if.. 11

00 "0. win.
The wtin of Al,(SO,), ,,I w.tI,, I sn N- sp-,
.00
by the hydrolysis reaction Ali(SOs)s - tillsO
00 s. 311,SO.. and by the action of the Jointed 11,SA 1, ton fit,
00 !"icarbovistes INSO. + Ca,11CO.), ~, CaSO. - :At;()
-C(),. With an insirraw of AiS4 is;. Ow 4int. .4 Ili, I.. zoo
I Ailicatalrii and the pit air dicirg%,l ipll mtiti,; I,- Ilic 0 1
00 lotinalion). Millis file toAgulalaas -d -11 W.I.," 1h..1
init. of AMSO.), pruvrif if) hvin, w- Which %ta,tiltitt -06
to the initW alky. of which esiccedcd it. fit thew I j%t
the accumulation of an excc%s of the remdual AI fit "at, 1 :00
lrasl% to an incomplete tatilitation sit (fit c-gaL,11f, I It- ~00

00 -It q- dt..a-a., .00
r.9 0
00

00

*0

*
-
Is

69; 0 0
Is,
S. Is I, t is
I
0 0 0 a 0 0 0 0 0 0 @is IN' 0 0 0 0
0 a 0
0 * 9 0 9 0 0 9 0 * 0 0 q 4
0 0 0 0 0 0 0 0 0 0 0 0 0

fill

I I I
,
a
a
1
I
', 16 if
I I a so AS all v a J9
I 11
a It U a 30 0 A J/ a a 41 a &I ad 41

A
A J 6 1_
L
- A
a I V T I-AA Of CC SIR U4~L_ a L_0_1
_!

A
Af 1. 1. C11.1 ~R
0.0 .
So
00
Ccifigulation Of OsInfill Wgttrg With ifluctlintsill Aulffile &I

0
temperaturgs. If. A_At tawy-111141 M. 7'. G"Illb-
'
-
4
x
i
H
T _00
'
%- lod-nab
hrmir g
tot
t.
.
. f
fill
No. Ill. V, Z-1;

0 h hi.. Ret-a~ Zkgy. 2. N- 3, ISM RKSS#;; a. c. '1. 33.
1 n i N lit %, w it h %I, ~ s)w Rivi r vrat rr a I I vin p% ~ fil !I,
0 1 awl 4 U.' III . She 01- is 0 tht dtye of cite toisgulaw,
alkv .4 lillituix Id water, presence of Itirlmiliv.
adifw id lum and addes. 4 Mimovskil alinninj wurr lit-
liplitolysm of (lie added Al,(SU.i, aN) "a-
`
' as 0

06 'nvv'(lgAlvd
16 tmm r1
rt;Ttiv%: tltvtll4xt% for file l"Cuta. 9
11,111 ~'f flak, , at k,w tellip., which at She %anir mur milb-
00 11, 1411V 111C WaICT, 211' IllillinS, 44 all sn'till, 1.11 V 0
:
40 * m Stir Imm .4 cLiy imbWay or of milk iJ lum.
j
addn. ,f NfailtovLil ahnnitia. I)tJfillg UIV niff- 0
of ,I She mi,lwis,,ion it i. um",ary to Add -tact unit, Me 0
"I a v "Jf'~I'ru , un- all of thu clay liabuilly (-.U~

0 A , .),1, 4 if., 0-m- 4 th~ ,.j(nIAt-d
0 at'r, *1;11, all rx'-% id Cao Calm, an iljvr-~Ad 1,11 of Aso
dw .41,r awlattaktunittlatmatol Al. W. R~ M-till
-00
j

'0* as

so, 1 too

00 t
09
-
-
All L a 04 0 w
1
4
Aj
SF it It n 1 1.
900000
lolo*eoso 6040011110111116OV0009~400 0000000
eoooo*%00000000000~BOOOOO#Ooooooooooo 0
a

*r W-11ir-W-1111, W W W-W W-W W- W-W -4v4v
:: 06844400010100
o
00*00*000004 *so 494000060000 t
03 11 4 17 4 to a it a is 11 U Z U 37 M .1 41 rq
A
00 j 1 0 r J. I& j it 1. a M F Q
, ,I . . N I I U V I Ji I I AA I* (L Et LE b
. - 1 .111 . 1
00
0 Abo
:
0 Dete MQ;ation of di"Wred orygen in waters containing
0 Ir nitrites-
H. A XI It% 41111L6 I IN
-00
.
1 !

by 'Atuplik, AIM RIO it'. .1. 33. No's
as mmild all Cilia ut "licil th, Allit. "t 111C 1111fil~,j
OW 4: i% 5 111K.'L Rt-IM-Ated ulpti, ;wIf,qlmd bw 111, *0
0. in Wal't ill vit.1w, .4 milm , pm-i ill,
-00
.
tw;tl 41-1-14-41,11ilv ille ril-111.0 F%pll
1.9 III.A '11-mg Olm Ill, A.'~ J.t.mud
;00

VIC obt.411wil "ith milailri, .11111" 11111m.. Zoo
R. fit fill 00
roe
a

zoo

ZOO
11141181

1,00
Aiis it A allAtItiMOO(At WINAILAt
R LAW#KAIWb t,4 0
3 woo
,
,l, i v
[

is
OF PO ptylyVid nit
a

qO1 Pitt rf it gq so 0
I TA
10 1
0 0 0 0 0 0 0 0 o o o o 0 0 0 0 o 0 0 0

: . m ~- M-5., -,~, A . ~ I b - 1. - --.-
~-w W-W-W- W 6 9-0--s- 0-0-411 :~ ;~ W-1" W-100- W-W-4vw-
Id 11 1, Is ill u 4 IT 0 0 0 0 0
00 0 0 0 0 1 wi wa F -.8w$ r~- I a h-, 36 V x * 0 41 #1 &3 a 4,C
A -,a. -L--f it
O9A1 -q-1tQqqj_
0 Jp
00 The hydrochemkial characteristics of the MOKOW RIVIt .00
00 from Zvealgoriod to Kolomax in AugM. 19M. It. A. dil
Sk,q~inlKv and L. A. NIik1iAI.,v,,kav4. /1-rdr,hhr-# !-96
06 1", W.W-11 '. S. S~ It I IL Pit I I Mkwl I'll'. 4 "A."t 00
00 1 N. . at V .I NI-l'. Ill its, I, A,11.r, 111,
so
.00
of, A COMP"" WS" a' ths d,wSU7,.chHwW," in dWWT*d -00
00 )-ir-10- llft M
R. -00
'Wria. (U. 8 ffected
Are an
0 11, ..d pli relative -00
man. ins which shift the
-8 &W "res' od by the MOO
00 by mirvellits is Poind 0 ill),
W phytopLankton. a
Comm. of 1 0 into the &if. SjM these la,ctun d
00 av diffusion 0 ,,dt, obtained in closed vcswl!s s1v not
Of apply in the lab.. H. 2-1. Leicester
69 ppliciable to natural Trate"s- coo
Oev d woe
400 The hydrock0wic"'I CJL"Ectefisfics of the ca""'It' so
n It. A. Sk"Ptnt*4v--,
reams of the ustuaskil sysul - '1[5~
00 at ""I"; R.) I F72T,"tt" 1
I r,,n&ti4)n% (if are*
C
*0 1:0)01'3111- hCn it. %I
coo
eel
#i d oleo
tree
.q
A S a - I L A ACTALLURGICAL LITINATUNE CLA131FICATION
-so
LU U A 10
U t% AT -0 is t7 it at K a It 2 C, et it la A I M A I I Od 0 1 N N 9 Al
Aft N IF 3 1 1
00
00e 0.0 ~-"` ~;
0 0 0 0 0 0 0 0 0 0 0 0 9 0 0 0 0 0 0
e00 ~
0 00 0~41 0 0 0 0 & 0 0 0 0 0 0 0 0

4-7,
T
~
o
a. oT IV
5-15 %L1 NJ,& .1 Air) "GEO
a It P 9 R I I U Y -1 1 1 AA M ".A A A-
A

Removal of copper from natural water. It. A. Skopint-
and M. T. Golutw~a. J. Appli'd
scv
.
S. R.) 12. 813-17tin French. 817)(1939). -S-ii. CIA can
accuu)ULIC in natural water on treatment with CUSA4. :-90
The Cu can be removed by treatment with Alt~50#)s -
-00
1.411,11 (Optimal pit however, large at"11. tj
thin alt cause art incirtase (it acidity cif the lrc~it,d water -00
anal thin devrea-~ the CA: rvitioval. The CIA can 111-
rVIIII)V4,11 by liftralivu thr(mgh Ihe Band filter; the pirwe'. 00
Xus all the rhara,t,ri,t I, N .,f ~n pti~,n fih rat ion. Washing
f es**
41
r,nii
the u~.d Band Ottir %ith Cu-irve water renutyrs (:it =00
00 a th, filt'r but nsuch imre 4mly thaii it k ail,"Imil.
lav. bind chall, arlivat-1
"
W
h -00
'.
it t
e
k
=00
A A
oil
00

t: W0

A S L A METALLURGKiL LITfRATIM CL&SSIFKATION C Z'- Cie 0
10
0
as, r
U a AV .0 14,;
4 0

n n
P, 1? 17 It OP 69 W it -1 9F If
6
n n
"
x
IS
0 0 0 0 0 41 a 9 0 0 00 0 00 4
* 0
e
a
9~44 o
0 a 0000 0 0 is 0 a * so 4 00 0 00 000 0j 0 00 Is 0o o 0 is 0 0 Is 0 o o
0 a 0 0 6 is 0 0 0 0 0 0 0 0 *
7
0
0

0 0 0 4 0 0 0 0 a 0 0 0

PU 11 Vv- 1,0160 11 1:0
A 2
L A I. I f. A I L 0 P r It I It I

,

The -iodine SKWPI*" H16thOd for dtle(JUMAtion of
a dissolved usygen in water it% the pirmence of seducing
agents. 11. A. Aopml~-s A10 11. it . Nbr%,11(1114. -1 -09
A Ipp;,,d C4em. IV. 12, Iz.-Ol [!III Gvrl,,411.
(I Mij). Nli% *-' 'mildr, .4 14M,1 -Mg
.,if, 2 -1 v. of 11 Of N I ..fit its, NA'I A14- U,
oanj oiii, Ili- .,d.1 I -, ~IL -h% ..I k I.

oil, 11-k I
mAm-lh., I
..I.- ...m. qlm~ Aml all"'s to 'Imid mad i
"Ald- of N111 1,1-1 aml (111m, 1 .111,
I hum-11.3 I),

m1A A- A th'-ol(mv ii-I i1v Ili. Immi .... .. ( i'l
-0 '-'ml 114,L,. 1-1. . k I, III, -11.~ ti'm ...it I- Ili. .1 .1
N th-mllfmv v, Ill.. V,.1, "I Ow 114,k. - if.. -I
sft~[L KI aml MoCh 1.h3. 1111i-fi-d m1o Ili, JU,L. -J
f
[h.- -1- "m-h-4 -1., 1 It,- fl-k A 11
00 .00
.00

A I a I L a 41T1jjL-1~.(1L 011.11LAI CLAWFkAVICh
0411 ke 0

sit rx

1
. io,w .
8T96
0 0 0 a 00 0 a 0 4 00
0 0
0 0 0 0 0 0 0 4

A
A v
_PJZ.~ i . . .

7 _0 A - "M95249 Ale fmcwtorits wvtx

A
"
:
7

.
0
t
11a

A~ Szonsmy (CODWL
-
-
-
1
).-
W-45
2r
W
11 ,
Aoa& SOL Ulus..
mW

0
0 .
oawumV~jw) and
Deft o:11*1jOZbNmbiWy(KNwO~
'",
;:Wz in adiubmty
00
0
a ON Tbe
age I
ofpuvml
vak
* .
T.
1, 0
r. 1290
0
: .
betwom &11 0

vo
ASO-ILA 14TALLUKKAL Lff9*AYWV CLASSWICATM 9.2m--= too
%low[ va"Ifiv
143060--.4p G.V cat- 421131 dw 0.. All

1W - W_ `tV` ;_W

0
CAN 0040000if 006 0006
:

0
0 4* 0 0 0
; . 0.
69,0401 0 a 0 0 0 4 6 0 0
0 0 a 0 0 0 0
4 I, . " ." " " . L
F 4 AI 1 ,
" . . " " " " I
. I. I,
0 4 1 AA N
U
,

water durWg aerobi, decompo
tion P-aft" 'a
id -00
-00
it
Ote
is A SLoPI-197.1'
n of -
j':~-jmrjn EntilieJ).
iti
-00
o
s
9
Ij'oL' rob"Alty (I l'uIlLtut,
tigi of ISCall it h
-00
0 I-Mut"I by
i
ll
i"g
%lait" Ill"LUTI 1 '111"
al AIII-
C"Im and t"Thi4fily o dentand i- ll.fpci
K
l
tax at Y'. 2 limit Ill,
Ls at a a '
'
1
eg
!I
2
_
a- A' a '"A'" at
otfal" lot rt-a- p
two. l
'd HIC" "I At
-ach A MA%.
""
h
A
,hArpIv- Ph'~P I"
. - .11d
Kn
"Italld is lower
tt"I -If
l
O

so l
'
ula
oitnj,,e,,,j.jj is retard'd.
-
A.,I sw-~ N- I"
) )
A
',,
1_.uyillg planklull cOntains I

of tile j bact"u 1VAeh,,d a 31121.
lay, at
The anit.
4

d T. Laane
.
31
5 dav-
1,, 2-

4100,

j
1

00 ZZAS 0
A I L A &ETALLURGKAL LITFN&TtRf CLASSWICATIGN I Z_- 0
S'Ic JC

u Ss AV O_Ls~ I'll, ~tot 0-
v It A a ti~ _o -4 4
irx
Sp 1
0 1? It 1, Op K 1, K a If It r
0 0 0 0 4 0 0 & 0 0 0 o o 0 o 0
q

9 0 0 0 0 0 0 0 9 0 0 0 0 0 0
0 Is 0 0 0
0 0
0 6 0 0 0 0 0 0 0 0 4 G;

w-: W V W w- lVw- 4VW
0 M- -"-_47 0 0 0 0 0 : 4
0 0 0 0
IV~
4 a I at 11 1) it A a if It It )i a 14 is V It U A Is it a w at q at 41 is ar 0
At
0A a L L 4 1 t V it A I Of LE all, L9 0 1,
-00
f
00
00
The residual iialla-i-am. It. A. Skurtvry~ land 261. 1,
Golubeve. rodaimalimakeme i.Sciplif. T; k. 15 - ?;1). 7, 4 0 -4 -00
n4o);- rite f"i,lual Al cruirrinix she water supply is the
-00
00 rsult 44 talisatiatfactory r(mgtdA(j,,n. In-tiffiviciat aluns
will favor the formation of %tA))Ir colhAdAl AI(OII),. &aid 0
00 till txcm will retard the l1cwCulation; this fardumal till to
go lwtuw AA mind cAuw, p4mal %4n. an,] tra-ufliri~nt titilitA.
LOW IVIT111. Will 41"It'211W ITM1111411
go AL Whole little lit ad4cd twtlill J."Itku it tillit,"tAtia,
luctraimard pit AI,owr 7.41 Will 1~411114~ tlIC fLJOHIAti'M Ul 2411. .00
00 Aluminaa4m. RcfctcULVs. 11. Guloff '!zoo
00
go
00
90 "1 zoo
zoo
see
zoo
me
-.06
L
go f
-%;T; - ----- T-
00
U IS AV Is
11 IV K it 4 9 at R tt it Of At 14
41, 4, 0 0 0 0 000 so so 41

0 a 0 0 o o 0 0 0 0 0 0 a 0 IF 0 0 0 0 a 0 0 0 0 0 0 0 a 0 a 0
t I 1 4 1 0 1 1 . [1 12 .3 LA IS k 1) IS K JD It 12 M 25 A 17 21 It JU 11 U U 145 hill MP-4. At 4j4I 66 0
g 0 A & L a m I AA it CC PP U
0 0

lattuence of petroltum on tile chemiW *ad physica,
properties of natund waterc 13. A. I ~ N~
15, N,. 7
(pir.rdinif
mider lab. comisison, AtO ..n rivt ..tt,r, t
filin, retard file ph,-I-~nthclk- 1,11. Alk%
41-4ved it were fcfltttv4l, 41111 tile millilubilliv %A, in.
j i in haking. I h,
I "ll Wa. "Kidi/vil, illid the may Ift. 1m.111 1.1"l. islid

It, in.; mg. matter %as im ri-4%4-tl. A light purldc filin
00 01
iia~ Nrined at Oir ml-water interfatt-, inw)l. in Inn/mr.
C.If. and twtr. ether. (;Ilt..IT
v
a
&0 0
Id
am*

0
0 A a s L A METALLURGKAL LITERATLAE CLOSIFICAMU

00, ill 200
00

u u IV so I%
9 K [I r, X
: 9 (1 It 1, 3p 6( IK it IK ;

n
it I "
'
goo,
-.3
d"*
A
P
0 0 0 0. 0 0 0 0 0 0 0 0 0 4
0 0 Soo A, *ooGooo:oo::::: 0 0 0 4 0 a 0 0 0 0 0 0 0 0 a 0 6
[
-q~ 0 0:2 004 0 00 go go 0 0 c 0 1
0 6 0 0
0 0 0 *;

a AFWAVW W-W- W-W-W
0010*00*4*0*0 set*
Zi I ; A , I
It 13 1. It IA A) 1: a A r A .1
10 A C, it (I
0 HydrachenticiLl regime of the ice -covered V OLP river in -00
00 connection with the 4'eath of dah observed during winter -00
06 1930. It. A. Skoont-4-v. C-14. fend. d-ld. 3- V. R.
.S". S. 26', d7lJT-1MMMTiif Er4h,b) -Analvus of thI, Volga
water III late wintrf showed a very low 0 ctnatent, while
I ilt And the r.ti,, J atriermnia IN to nitrate N were high.
If Ill.. ()JOIvirlwy arld Ow III, r'.3-1 alt content
I~ the W-IdII-11 KTIRII-Il MatIf 'UPI'll-, %11111'
othux III- J I, III, pt-- .,f
IIIIIIIIIm- t-IIIIIng Isom i1tv -ag,- 1, a
A. It Kimq-,
.4110
41b
4P
Alm
00
A II I L 4 II(TALLURGICA1. LITIMATURE CLOWIC.71C. tz 00
400 1 4111.111. ~ I I I " , -~,
V 4 ' ' ' r ' 1 ' V ' 1 1 '" *1 L % 1, 0 1
r, IV IV- W -$I I Is 14 -3 is a
U It AV 10 LS It of 59 of 013 11 orr
0 0 0 0 0 0 0 0 0 is 0 0 * 0 # 0 a 0 0 0 0 IN 0
0
0 0 0 0 0,0 0 0 a 0 0 0 9 9 0 0 0 0 0 0 0 0 4 9 0 0 0 0 0 0 0 * 0 0 0

1 1
I 11 It 16 It to If 40 111 Ij 1) 14 15 A 17 14 .1 W $IV 11 4 r. it It 1.
11
s 1
2 Y A I I &A so rc 00 (f S t t I

00
00
go
00
00 Study of ropneration of nitmPu and
iti
t d
on,
a to the toum a
ecompos
fix"Sk atsev anti If. H. Brisk. Comod. rovid. Sri.
1
~~j
f
l
l
l
A
d
00 stu
it
l
-
is, Mg-11)(11w)) till l(lis
y o
'V
. H. 1.
1
plankimi laketi from a water liA.In iscar Mtwow In which
0 the preVAililig form was the hJur-firrvirt alga Mi,poty0ir

00 arraginosa shows that the procemstif decornpit.are similar
Roo
to the phenomena taking place during mirterstlitation of
0o j
'Its. matter in servage waters. Calcit. of the const. of
=00
00 If. 0. D. (NO and that of ammonifiralwn (KAIJ gave the
following valtivi: at 16' Kit ~ OJMl alid KA m 0.111m;
00 at W Ka - p.035 and KA - OAXII. The anotionifivatioll ZOO
09 lIercentattv computed by means of thew cousts. (or I0 days
16'
The decrease in or
P
11
t V
d ?&%
ozo 0
oo .
s.
~v 1
an
a
% ill
anti Increase in plitwpliste indicate that W-70t,"i, t4 the
while the
laniclon berame mirwrallied within 54 dAys
ago
o o ,
p
increase In mineral N This "'Oo
I wal attained In 17-!~l day%. tietti. of file driftec L4
00 breakdown of the chtor6filyll pigment of the plattAtun
'
there
,hovri that within SS days at tempi. of 6 anti 16
00 have been destruyvi 52 and P-q% of the pigment. m4p. .00
7
moo
041 t_-oe

~
Was
o
of C, 05111(ITIC~
Cz moo
S
It
f,

is

0 0 0 0 0

000000

v .It

K it R a K it it at q 1HLj A I I%
0 0 0 0 0 a * 0 r I
a o 0 0 01*0 o 0 0o 0o o 0000
0000000060*0000000000*000000

v

Ala.

0 0 a 0 0 0
ooooool

0
0 0 0 0 0 0 0 0 o 0 00001 0 0 0 * a*** *0 a* 0 0 0 -WAV-

.
7 14
ri It w is 11 to IT a
1011 1111
4
V Q

C4 Wi
minerallsibilimat"ll" an and ph"pharumin frtsb Traitor
It. A.1 kolklitirtv

00
18101- fA, tim winjer wslet j4 lite V,JK* aii.I.M-1,va ilv~i-
00 a
the wnt. al mi. N and P decteAled I'y -'0)% It
-00
0e stunths d Obact-r4tion OVIVP 14-24*)- I'litir Ile-
00 rivs. im-frawd its &lilt. Oxiiiation "pavity &fill Vigor so
Nititticaliun was -Jtiwer at Itjw truip.
-00
In IPM4 !JM Intler, cilix"Ird for 6 movish, at III -=".
I
i -00
0
: 1wieww'
the opir N d--r- 60%. Tile nitrate cuntent
ibe amt. .1 =1ired N remained cowl. The &jilt. ago
0 0 =- 11 increaml by 35% and intirg. P dearlord by 2Ut/c.

h-w-
l
i
d
b
=00
00 .
u1 w
n-wil, p
.
tkil. fwc, 11 pract"Ily th4ppeare
1
.1"Wil Ivy Will MAW
phalfs lilt Fhe imir 4
Coo
00 J , -
(ion Otpolmilly %lf4-triglw#I I.ImAt'l 111c, clul 0 111,
'106
Millelvdisal it'll of oi1g. N compil. tit 11-1 waf-i, I% iiwi,,

` wtive than in m-dit still lowes than tit -Ii,jJ plwskios
goo

10 ~6 U. L"is- 0
aloe
goo

so
:
00
logo

0
:
9j
0
ASO~ILA SISALLUPGKAL
LITERAT"I CL.SSIPICATID. It I- tie
0

u is AT It - --------
to Do 44 It it It a 0 .9 1 It IN q We m
too
00 0 a Co
1 0 0 00 0 0 0 0 0 0 0 099106 O)o 00 0 0
a & 0 0
0 o o o o a 0 0
0 0 9
6 0 0 0 0 0 0 * 0 0 0 0 0

1-4-364
0-1 A-
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Re~uctloo of shuzdauni concestratim In' ~~esi_solut~&
OffAl"MIRMID 11141ts dudM storage and Altration. ht. T,
Al'-lutleVa and B-A-SkoPiatsev. Zarodskdya L,;b. Ia.
317-IN(INI).-During the 3rtvraa~~Qj _ scins. of
AWSO.), (0.1-10 mg. AIA.) ia &Law Tends there was ob.
Served in Miae comp a low of
--- On
o0he slow. Prior scidificationiff"ll us to a If 1 0(
3.0 and waahW of the fdtcrv with this $old.
before filits-
tkln clitniuslTs the 1011wx during storage and filtration.
B. Z. Kanik-h
il 41, ~ IN, ip GF
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age
too
too
too

halum of " FITW TOAP listwe" AWL01A and
Q=M60:1. INI-ISK S. 161, Dratschev and It. A !~koslll!-
lov (Hydrochrm. MaL. 1941, IL 151-154), T 11
of On il"M DAW Is" A&MMA.
St"h""ZZIMMIM-14 B. A. Skolxi"W-and S. At.
MR am TWO
Dratschey (Hydrochrm, Met., 191). 12. w-m!).-The above rivers
are tributaries of t'pptr Volga. J- J- LL
x4dMCbMJW bemiriou of im rivw Vol" "it eavaii ri"n of IM
TOjp b~WW Jia Wintag gaft in. 13. A. Skollintiev (Hydr"Aim.
Afat.. 1941. 12. 159--168).-The [0.] of the ri,,cr 11,0 decrees
during the winter to a min. in March or April since in the winter
months the rivers are led with deep ground 11,0 contaiving but
little air. J. J. it.

PA 13T11
USSIR/Potamology Apr 1946
Oceanography
"The Coagulation of Terrigenoue Suspended Particles
of River Discharge in Sea Water," B. A. Skopintsev,
14 pp
"1:,v Ak Nauk Geograf I Geofiz" Vol X, No 4
Experiments with artifically prepared turbid water
and river high flood waters, to establish the con-
&itions limiting the coagulating action of the sea
water's salt with regard to the terrigenous particles
Introduced Into the sea and oc'eans by rivers.
13T111.

JIM
191&7
Marine Research
Ocoagulation, of Numus COUPOUIAB of RIver.Dischorge
LA In Ses, Water," B. A. Skopintsev, State O~eano_
qmphic Inst) lab Geochen Problems,, 14 pp
"Izv Akad Nauk SM, Ser Geograf I Geofit" -Vol x1p
,:Discusses results of laboratory investigations on
Ahe 00agulation of natural water-soluble hVious
Compovinds by sea vater. Itzparlmouts cairlog'aut
with river and peat-bog vators. rholuded studies
of~,tjjo effect 6f Volft=8 001~oefttrat
an biologic processes, sto. Content of humus soti-
Alited by determinations of the color of ose vater.
Conclusione drawn on the frimstion of brown mud 6n
the bottoss of the Polar bisin. Submitted by
Academiclan P. P. ShIrshov.
5OT84

Rate of decomposition ofilhe organic matter of dead plank-
ton. 11. A. Skopin tsev. 117oklady Akad Nauk S-S.S.R,
58, 17,97-IMION41, .-Thi rate conunt fnr dccompn. of
the N component of org. Vter W." O.M I for tilixed plank-
wn.md OM7 for diatoms Ravchii. nictmi,facto,as
tel,tively unimportant The greate't ;lu's (,f dc."I Plank.
ton nwt~ decomp. ir the lipper Lt.v~r, (,f the ~-a.
t*. M, K~.-Iapoff

'I --., - - -, ! , - .,. I *, n - I )- (-, - , ".-111-0
I- n I -- - - i -)~ ~~ ';.' "--~ , '., ) , - - -. - 41 . , )
:3 -: 1-7- -7 9 , , 1.-, 1. , ,

UM/Sydroloar Mar/Apr 1948
Oceanology
"The Change in the Nitrogen (N) and Phosphorous (P)
Ccmtent in Terrigenous Suspended Particles in a
E- Water Medium," B. A. Skopinteev, State Oceanographic
Inst, Lab of Geoehem Problects, Acad So i USM, 11. pp
11 IzvAkadfiauk SSSR, Ser Geograf i Geofiz" Vol XII,
No 2
'Describes results of laboratory studies in the
changes of N and P content in terrigenous suspended
particles for the period of their presence in fresh
and*aalt water. Establishes variations In the speed
and character of content changes in terrigenoue
4=3.
UM/Hydrology (Contd) bkr/Apr 1948
particles (in fresh or salt water), which are the
result of biochemical processes. Basically charac-
teristic for salt 'water were: a) slow accumulation
of nitrates In the water, and b) much greater ac-
cumulation of mineral phosphors. Submitted by
Academician P. P. Shirehav,, 19 Feb 1947.
1ft
41T51