SCIENTIFIC ABSTRACT YAGUPOLSKIY, L.M. - YAICHNIKOV, R.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001961820007-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 15, 2001
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

LOBOV V.tl.; YAGUPOL'SKIY, L.M.; CHIERE?ENKO, FIALKOV Yu.A.
Fungicidal properties of the substitutes of benz,~.trich._Ioride and
benziliclene chloride. Priki. biakhIm. 1 1 no.3:355-1,157
IV-Je 165. (MIRA 18:7)
1. Institut organichaskoy khimli AN UkrSSR.

YAGUPOLISKIY, L.M.; GANDELISMAN, L.Z.; TRUSHANINA, L.I.
tabiffty of
-e -and photos
i, i-I DMI~ r
)~~l the structux
fluor-jne-c~;.Tijm#g~-4jos. Ukr. khihi. zh-ur. 31 no,, 121
f65 - -I)
1301-1305 (MIRA 19.
'Institut organicheskoy khimii AN Ukrl"R. SubmittedJune 25p
L
19646

-CODE*-
ACC-NRt-- _--AP6O2q834-:_- SOURCE --UR/oo73/66/032/008/0849/0852
Pavlenko, N kov, Y
AUTHOR: YagupollskLy, L. Me G.; Solodushenkov, S. He; FWJ u. A.
0-
f Organic Chemistryp AN UkrSSR (Institut organicheakoy khimii AN
Institute o
'krSSR)
TITLE: Nitro derivittives of benzotrichloride
-SOURCE: Ukrainskiy.khimicheskiy zhurnalp v. 32,.mo. 81 19669.849-852
TOPIC TAGS: organic nitro-compound, halogenatod organic compound, mixed halogenated,,';
organic compound
ABSTRACT: An attempt was made to find no-er methods of preparing nitro derivatives of.
bonzo'llrichlorido. Nitration of benzotrichlorido was carriod out by using pura nitri-0
acid and nitrating mixtures of various compositionso With 0103 alone, taken in anounb3
of 10-30 molosper molo of benzotrichloride, even at -200C a considorable hydrolysis of!
the triclilorom'othyl. group takes place, and tho yield of the products, a mixturo of
isomoric nitrobenzol mixt 0
-.richlorides, does not exceed 30%. The-optimum nitrating ur
consists of 25% 00~3 and.75% H2SQ4 (by woight), 3 moles of IM03 being taken for 1 mole
of benzotrichlorido,. The yield ofLisomeric nitrobonzotrichlorides thon oxcoods 90%,
and the isomers consist of 16.8% ortho-9 20.7% para- and 62,5% motanitro derivativoso
Fluorination of p-nitro-a,aga-dichlorobromotoluene with antimony trifluorido and anhy-r
drous HF produced p.-nitrobonzotrit'luoride in good yield. The substitution of fluorine
232.3 ......
Card 1/2 UDC: 547.539.

0 of a 9 A. V 6 ---Inzti- - - -- --- --- -- --
- --- SVII=o - II.V --i.lizh' ; - SOWVIYANOV - L.-N.9--inzh* ~4-~ ~ : .

SOV-127-58-3--18/24
AUTHOR: Yagupov, A.V., Candidate of Technical Sciences
TITLE: Pneumatic ';ine Lamp (Pnovmaticheskiy shakhtnyy svetillnik)
PERIODICAL: Gornyy zhurnal, 1958, Nr 3, pP 74-75 (US~SR)
ABSTRACT: The author describes a pneumatic mine lamp constructed by the
Giprorudmash and based.on a lamp used in Sweden. The alter-
nate cutrent generator of,G30-A2 type, 60 w capacity is mount-
ed in the-aluminium body. A small turbine wheel with 17
blades is fixed on the axle of the generator. Compressed.
air is brought to the lamp through a hose. The wheel is
brought into rotation by the stream of air, and the genera-
tor makes-the light brighter or weaker depending on the,
strength of the air flow. There is 1 figure, 1 photo and
reference.
1. Lighting equipment--Desiga
2-Underground structures-Lighting systems
3. Pneumatic systems-Applications
Card 1/1

-------------------
AUTHOR: Yagupov, A.V., Candidate of Technical Sciences 127-58-7-16/20
TITLE: A Small Sized Ventilator for the Ventilation of Mine Develop-
ment Workings (Malogabaritnyy ventilyator dlya provetrivaniya
nareznykh vyrabotok)
PERIODICAL: Gornyy zhurnal, 1958, 11r.7, pp 74-75 (USSR)
ABSTRACT: This is a description of the VShP-.1 two,-step ventilator, con-
structed by the Giprorudmash Institute for~use in the blind
ends of development faces. It is now being tested at the Novaya
shaklita, rudoulpravleniya imeni X. Libknekhta (The Novaya Mine
of' the Mine hiministration imeni K. Libknekht)
Card 1/1 1. Mines-Ventilation systems
ASSOGIATION:' Giprorudmash:,

14(5) BOV/67-59-3-2/27
AUTHOR: Yagupov, A. V., Candidate of.Technioal Sciences
TITLLPs ',.On the Application of Oxygen for Fire Drilling (Primenuniye
kislorods. pri ognevom burenii)
PERIODICALs Kislorod, 1959,ANr 3, pp 6 12 (USSR)
ABSTRACT:, ~Fire, drilling for the destruction of hard rock(ferriferous
quartzite) is.much more economic than mechanical.destruction.
The efficiency of fire drilling depends on the oxygen supply
and on the reliability of the oxygen apparatus used. The
~problemB connected with this work are dealt with in the pre-
sent paper on the basia,,of experimental work with the fire-
box drilling machine, which were carried out under industrial
conditions in.the Southern Ore Enrichment Kombinat in Krivoy
Rog. The experiments were made from April 1958 to May 1959
by using the drilling machine worked out by the Giprorudmash.
Thermal.energy generated by the combustion of highly caloric
liquid fuels (kerosene), in oxygen is used for the destruction
of the roc's. The calories utilized which form due to the
combustion of kerosene in the drilling machine are
61-5 kcal/sec. Figure 1 shows the principal design of a fire
Card 112 jet burner. A turbulent current of oxygen and kerosene is

On the Application of Oxygen for Fire Drilling SOV/67-59-3-2/27
produced in the burn-or which guarantees an intensive and
complete combustion of the fuel. Figure 2 shows the upper
part of the boring bar wit4 the oxygen, kerosene and cooling
water supply lines. Fig~rdf 3 shows the drilling machine
working,in the rocks.-It is 12-5 m high, the diamet.er of the
borehole may be varied from 180-250 mm tempoVarely also to
400 mm. Thedrilling machine consumes 240 ="/hour of oxygen,
110kg/hour of kerosene, and 3.6 m3/hour of water. The ex-
plosion bore hole drilled in one hour has 4.0 m, and 2o-24 m
in a shift. . The following measures are taken for the oxy-
gen supply of the drilling maohine: Sinoe work with two 3
drilling machines leads to an average consumption of 150
per hour the oxygen supply may be carried out with oxygen
containers of a volume for one shif*v!.W means of pipe lines or
by transporting the liquid oxygen and by gasification (the
former possibility is shown on figure 4). The shortcomings
the advantages of the various possibilities are discussed,
they must, however, still be worked out from the economical
point of view. There are 4 figures.
Card 2/2

VELIKUP M.I., inzh.; YAGUPOV, A,V., kand. tokhn. nnuk
Jet piercing of holes and using por-table oxygen equipuent In strip
mine construction. Shakht. stroi. 9 no.2-.28-29 F 165. (MIRA 18-U)
1. Gosudarstvenny-y institut po prcyektirovaniyu oborudovaniya po
dobyche i obogashcheniyu rud (for Velikiy). 2. Krivoro-.hskiy gorr(-%--
rudnyy institut (for Yagupov).

SOY/127-59-1-22/26
AUTHOR: Yagupov, A. Ya., Candidate of Technical Sciences
TITLE: The Semi-Automatic.Pointing of Core Bits (Poluavtomati-
cheskaya zatochka burovykh koronok)
PERIODICAL: Gornyy zhurnal 1959, fir 1, PP 74-76 (USSR)
ABSTRACT: A device for-the semi-automatic pointing of core bits is
described. It can point UP 15 core bits in a single operation.
The construction characteristies,.the grinding process and
the machine are deacribed.in detail,. There are 2 diagrama
and 1 photo.
ASSOCIATION: iprorudmash, Krivoy Rog.
Card 1/1

U056
S1863162100'0100010061008
D207/D308
A
DTHbRs:
Yanevich, Yu. 14. ,Shtennikov, Yu.V. and
I!ru I.G.
_
TITIZ I-lode ling of the processes'of radiowave propagation
over the.earth's surface
SOURCE: Modelirovaniyc
yavlcniy v a-~mosfere i gidrosfere;
trudy Pervoy mezhduvedorListvennoy honferentsii 22-26
noyabrya 1960 g. Inioscow; Izd-vo AN SSSR, 1962, 67-82

TI r: n an -wave
The clectrody ric method of modeling ground
propagation was employed:,the dimensions.of obstacles,- the wave-
length and the electrical properties of the ground were scaled up
or down. The p hase characteristics of -the waves but not their ampli-
tudeswere inves tigated. The effect of the geometrical dinensions of
an obstacle was found using 3000 Mc/s waves travelling from a trans-
mitting aerial- (a quarter-wave copper pin) over a path represented
by an.aluminum sheet. The measured phase shift due to a hemispheri-
cal aluminum ob stacle agreed satisfactorily w-ith theoretical predic-
ti anot
ofis. In her series of- tes"s the effect,of a change in the
Card 1/2

Modeling of- the -processes S18631621
D207/D308 000/000/0o,5/00,8
electrical- properties 0
On th f the Cyr
ound at',
e -Phase of a groull(l ..the sea-land boundary)
'at 3uo I.Ic/s ed.
t Wave T-las Studi" The beat method Iva6 us
over al - 0, compare the phases of a wave ed
urlinum sheets (representing a chang tly
erties) and- 1.7h'ch travelled par
a 1,7ave Which did not P Of,the electrical proV_
experiment agreed Tvith theo'etic'I
Again I the results of the'model
-igures. calcul ti
a on's. There are 16
ASSOCI&ION:
Len'ngrads'iy gosudarstverLIIYY.Universi*tet (Lenin-
grad State University)
Card. 2/2

GIUNNINENp E.Mo; MAKAROVy G.I.; YAGUPOV, I.G.; YANEVICH, Yu.M.
-Effect:,:,f surface obstructions on the propagation of radio
e Probl.dif.i raspr,, voln.2:166-211 162. (KMA 16:4)
av a
w
(Electromagnetic waves) (Diffraction)

Z~ - - -

AUTHOR: Yagupov, V. I. SOV/130-58-6-17/20
TITLE: .-Ifiei~iFa~;a on of Labo ur- consuming Processes (L-1ekhanizatsiya
trudoyemkillsh protsessov)
PERIODICAL: Me.tallurg, 1958, 14r 6, PP 35 36 (USSR)
ABSTRACT: At the Stalino", Metallurgical Works, there is a special
department, to deal vTitn mechanization, consisting of a desiGn
office and workshops with suitable personnel. The authov
outlines the work of tbis'department, of which he is the heads
It deals with improvements inequipment,.works out proposals,
carries; out experiments, prepares models and so on; for
mechanizing labour-consuming processes in difficult cases,'it
has the collaboration of sections of the chief engineer's
-department.1 He estimates that such mechanization has, over
-,.the-:l&st.:ten years, freed-',~.-)50 qndleased the work of over
1 00 peq-~le - and briefly 'D.~~atidns. some examples. He states
s5 i,
that.in 19572 the figures 'Were Wand 340 respectively, the
numb er o fi6chanization proposals.adopted'being 63,and gives
Card 1/2

Ch. yAGUpOV Vladimir TImofeyeviche
A., tekhn
XAZMg, yill-pp Alekseyevich, vri red.
zhurnalist't TAMb7R YUO 09 and those cared
rt- advice for patients ety
[yev-patoriya Health Reso' Iorders] gvp9torlia - kurort; sov
for but uOt"Luder official ok. SimferoPOI's Krym-
kurortaikaM i otdykhaiushchim bez putev (i4lU 13:12)
izdat, 1960 126 P. pHyf;jU.OGICAL)
rM,&T;Rj:j7A--THMUP=jCS,

SHWAL,Tm.G.; RTABOT, O*Xo; BOCHAROVA,,T.V..- KISLUXt Z-X- ;'E:GBBL'KOVJL,
0 1
A,14*; LMW, A&D*; MANTMIUs Me; S~~OTA$ T,G,;,MYA RgYA,#
Yej~,,'; ITANOTO m.A.; inuff, i.p-.; Kampm, P.Te.; MMUnt
limirmov
7BDIA)VA,'M.1,; RAKOV, F.M.' i-ed.; V.A., re'd*';
KOLPAKOV, B.T., red,;,DWINA, V.Nog red,; MILUTOY17, A.M., takhn.
red,
[Soviet comurce of the Ro8*1P.BjR.; a atatletimi ramall Sovet-
8~mjai torgovlia v RSYSR,- statintioliankii abomiks Nolkyap 006*
itati, izd-vot 1956. 342-9. (Niu 11110)
141 *29nia (1917- R.3-7.q.Rj TSentral-luoys statiotichankoys
upmrleniye.
(06mmrcial statistics)

AUTHOR: Yagutkin, A. SOT-27-58-8-7/27
of Producti
TITLE: Do not rorft Quality on (Ne zabyvat' o kachestve
izdeliy)
PERIODICAL: Professioriallno-tekhnichaskoye obrazovaniye, 1958, Nr 8t
age 14 (USSR)
P
ABSTRACT. The article deals with the production of schools of the labor
reserves. In the majority:of cases, the quality of products
is satisfactory.- The author draWs attention to the fact
that the,output of these institutions is part of the nation-
al product, and has to meet the established requirements as
to quality. The author cites several instances where the
reason for rejects was the inferior quality of raw materials
supplied by the plants.
1. Industrial production--Quality-control
Card 1/1-

-6444-6 to
414 1111 0 0 0 0
U 11
01-h-'r L-
biwil clot and chemical challito o( 0
mombolov of the
blooll pligmentin various stafles of difeation of womitio so
Anopheles m"Pennis Willi- 1, ' a, 4.-.-_
09 r-Th'
"orusshol. As-
14. No. 2, 38-IM1945).-
so linnitmilittely ujitmi ivirival lit the lis(mlitito Istiviluit-11, tile
m", [nit) the famm"t rollitAments and the pia-mm,
with the latter illitribittril %Its tit%, 1-14,firry of tile Witte
wrtioll "'( the t."Itarin Id lapid is-Mot 1111.41'.
tim. plamius It thh-krilrd t1spidiv. tit I I
Illider tile 111thicill-V ta ititAtric vilmlies. 1101cilt 111til.
00
00 1 fir. afire (MMIX tuld -,III 11'r hilliger lit. Scric lit ORO
Ibe r.1 of the jra4tric ifilt"timi. I-'rytltr,).-ytcq rapidly
"11.111-litt" dild trillitlit A41 lit tile Id 11,111 14 tile thlieXtiVe
I? thril, 111111frigil mpill hrimply 1.4. 111tit).1 111jimullf
It-* vollit Air liptily livi. ttild tit the Cliff 411 d1ge'liml COO
ific immifultagitomach coomit It t1m of lark gramiks It
v 0
Ole 4 firtimths. 27 Werettle".
to
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0 0 18 40 00,00 66 so 0 to O'o 00 O'go 0 so toologoto 0 0 0 0 0. 0
0 0 A * 0 400 0 to 0 too 0 0 so so *ogle 00 00 411 0 * 0 0 0 0 lbootoos, : 1~

YAGMIMYAYJ Ned. IDarazit-9
ca, dom OUSCI vith
estica Pois iCIM1 275:1)
""e,ztjon to li&t of gas
]4ookva no.3-.242- 246 my.-June 1953.
11. BeklemisheV) Of the
the zntozojo~y Department (Read -- Prof. V. inthology (Directqr
1. Of ,v, and Helm
arial Medical ParaUitO1093
Institute of Yal iyev), Department Of Pu~ljr, Health USSR.
p;of. P,.G, Sorg

YAJGbZHjN5KAYA..
the heart of di-ptera;
0~1
physiolOff and anStOMY Of male Anopheles
New data on the uction of the heart If the ft i0 ia-7 -154.
structUre and fu Biul.Kojp Otd.blolez 59 no.141-'
maculipenuis U91k. (k1AA. 7:5)
mot3quito 08) (',,Oct a-Anat Omy)

- -I--,-- - -
--- - --- SHOMME ---- --- --
--- ---

TAGUZRINSUYL, L*V.
Mechanism of the resistance of Insects to Inaecticides; according to
data. of.the World Health Organizationi Ned.paraz.i.paraz.bol, 37
no.5:609-615 S-0 159. (MML 13:4)
1. Iz otdela entomologii Iastituta meditainelcoy parazitologii i
tropicheskoy meditsiny Imeni Te.l. Yartsinovskogo Kinisterstva
zdravookhraneniya SSR (direktor instituta -!- prof. P.G. Sergiyev,
zaveduyushchiy otdelom - prof, V*N. 3%klemisbev).
(INSECTICIMS)

UGUZHINSKAYJL,, L.V.
Some findings tm the role of tissue oxidation processes in resio
of the housefly (M. domestica) to DDT. J. h5rg. epidem. 7 no.1:10
m 1636
le, MELrtsinovsky Institute of Parauitology and Tropical Medicine,,
Synanthropic Fly Laboratory, Ministry of Health ot the U.S.SR.J.
Moscow.
(HOUSEFLIES) (DDT) (TISSUE MKTABOLISM)
(CYTOGHROME OxitAsE) (SUGGINATE DEHYDROGENASE)

SOV/79-29-8-17/81
AUTHORS: Grandberg, 1. 1., Kost, A. X., Yaguzhinskly, L. S.'
TITLE: Investigation of Pyrazoles. IV. A New Method of Synthesizing
the Tetrahydroindazoles and Indazoles
PERIODICAL:. Zhurnal obahchey khimii, 1959, Vol 29, Nr 6, pp 2537-2541
(USSR)
ABSTRACT: In addition to previous papers. (Refs 1,2) the authors described
in the'present.'paper the dehydrogenation of 3,4- and 4,5-
tetramethylene-pyrazolines with sulfur, in which connection
the dehydrogenation was found.to take place first on the
pyrazoline,ring to form-the 4t5,6,7-tetrahydroindazoles. The
latter are transformed on further heating with excess sulfur
into the indazoles themselves:
2S
71H --S ->
N
NH
Card.1/3

SOV/79-29-8-17/81
Investigation ~of. ~yrazoles.--IVO'ANew-Method of Synthesizing the Tetrahydro-
indazoles and Indazoles
Thus the 3 4-tetramethylene pyrazoline (Ref 3) forms compound
~1)-in-a 5~% yieldt and further the indazole (II). Compound
III) obtained according-to scheme 2-is transformed on dehydro-
genation to give the compounds,(IV) and (V). The synthesis of
the particularly interesting initial tetramethylene pyr'azolines
hitherto unknown, whichare substituted in position 1, was
carried out,.acoording to scheme 4. In-thid,way compounds (VI)
and (VII)-resulted-in good yield. In the case of phehylhydrazine
the reaction proceeds'under formation of different products
according to the conditions. The yield in compound kVIII) was
only 21%..0n heating these.pyrazolines(VI)-(VIII) with equi-
molar quantities of sulfur up to 220-2700, hydrogen sulfide
develops, and the corresponding tetrahydroindazoles are formed
(40-MO. After 1-1.5 hours, the evolution of H 2S stops and
the reactionlis finished. If the pyrazoline is not heated with
I mole but.with 3 moles of sulfurp the transformation into the
indazoles is continued, but.with very small yields (10-20%).
Card 2/3 Gradual dehydrogenation proved to be most useful: first up to

SOV/79-29-8-17/81
Investigation of,Pyrazoles. IV. A New Method of Synthesizing the Tetrahydro-
indazoles and,Indazoles.
tit e :betrahydroinda zoles which wer e separated and eonverted, on
further heating with sulfur, to give the indazoles. This method
yields pure produ'cts,'though in small yields (26-35%). Com-
pound (VII) undergoes complicated transformationsi,,by complete
dehydrogenation. All resultant pyrazolines and pyrazoles were
characterized by means of absorption spectra in ultraviolet'
light, and were in accordance with those described in,publi-
cations-(Refs 2-5)- Th.6 spectra, the.data of which are presented
in the tabld,,were taken by.V. I.:Bogomolova on the SF-4-
spectrophotometeri There are 1 table and 10 references, 3 of
whioh..are Soviet..-.
ASSOCIATION: Moskovskiy gosudarstvennyy universitet (Moscow state University)_
SUBMITTED: July Ili 1958
Card'3/3

50) SOV120-1~6-4-31162
AUTHORS: Chernova, N. G., Yaguzhinskiy, L._S., Berlin) A. Ya.
TITLE.: .' 'The Synthesis of P--(p-di-(2-Chloroethyl')-aminophenyl)-g-alali:-Lne
(Sintez P-(p-di-(2-khloretil)-aminofenil)-p-alanina)
PERIODICAL: Doklady Akademii nauk,SSSR, 1959, Vol 126, Hr 4, pp 802-805
(USSR)
ABSTRACT; Asis known, "Sarcolysine" (p-di-(2-chloroethyl)-amino-p-phenyl-
2-alanine) POSBesses a high anti-tumor activity in the experi-
ment as well as.in the clinic (Refs 1, 2). It therefore was
of interest for the authors to synthesize the chemically
related substance, as mentioned in the title (I). It is a
derivative,of P-amino acid. P-(p-nitrophenyl)-P-N-acetyl-P-
alan-ine (II)f produced according to.V. 11. Rodionov's method,
served as initial subs, ance. Since the synthesis was diffi-
due to a protection of the P-amino group by the rest
of acetyl, andas the output was small (15%) a second way
was studied: with a phthaloyl protection.of the P-amino group.
It proved completely satisfactory. The first way is described.
Investigating the.second -way, P-(p-nitrophenyl)-P-alanine (VII)
(Ref 3),was used as initial subutance. It was esterized by
means of an alcoholic HC1 solution. A successive treatment
with'phthalic acid anhydride and acetic acid anhydride (Ref 5)
Card 1/2 converted the P-(p-nitrophenyl)-p-alanine-6thyleater (VIII)

SOV/2o-126-4-31/62
The Synthesis of P-(p-di-(2-Chloroethyl)-aminophenyl)-p-alanine
immediately into P-.(p-nitrophenyl)-p-N-phthdloyl-alanine-
ethylester (IX). (IX) was synthesized into P-(p-aminophenyl)-
P-N-phthaloyl-p-alanine-ethylester (X) by means of hydration
in the presence of skeleton nickel. Analogous to the trans-
formations of (IV) into'~I), several successive syntheses
of 41 phthaloyl compound X) were carried out without inolat-
ing the intermediate products: P-I(p-di-(2-ox,yetliyl)-antinophonyl)-
-N-phthaloyl- -alanine-ethylester (XI) (Ref 6), P-(p-di-
~2-chloroethyl~-aminophenyl)-p-N-phthaloyl-p-alanine-bthyl-
eater (XII), chlorine hydrate M as well as bane (I). Tho
latter was produced with a yield of 48%. There are 6 references,
3 of which are Soviot.
ASSOCIATION: Institut eksperimentallnoy patologiii i terapii raka Akademii
meditsinskikh nauk SSSR (Inatitute.of Experimental Pathology
and.Cancer Therapy of the Academy of Medical Sciences, USSR)
PRESENTED: February 7Y 1959, by M. M. Shemyakizi2 Academician
UBIA ITT ED January 13, 1959
Card 2/2

L 1711 Pa- I
AMUR: 5 . Berlin, A. Ya.
"U'2"I.
TITLETP: Pc'Cent',al cytotoxic groups. IV. Esters of t4-(2-chloroethyl)-N-ar.Yisu'fim-ic
acids
SOURG~~; ~,tiurnal o(;shche~- khimii, v, no.
AGS eat e~r.or --d- rolysisj-hydroly5is
TOPIC T ~ahxc Sulfur,cordpoun :-, -~ay
A i3exler, of esIter Of U-(2-chloroet:hyl)-N-rryisulfimic acids
-were, synthesiicill,-_Ihe e.thyl and propyl estero of H-ettayl-N- h n u fim
a Id-"d "(2-ch brbethyii)--N-'(P-4'Liteth'ipminaphei Osulfidic -ecid, as well
C y Ly M
ag the ethyl ea-:ers of acid and N-(2-
chlocoethyl)-N-(p-carboxymethylphenyl)sulfim'j6c acid. The behavior of a'jae
of the compoundi obtained in acid and alkaline hydrolysis was studied- acid
hydrolysis proceeded far more rapidly than allkaline, hydrolysis, compiete
decomposition o:currLag in 1.5-2 minutes under the action of 5% cold hydroch-
oric acid, whi,e complete 11r.-drolysis with 8'~ alkali with boilin o 0
I P__ Lf k .5
hour. The pyroiycLs of the esters was found to be more complex tl,aii -,c
pyrollyiiis of th! corresponding Bulfamic acid derivatives, producing P r LM., -
..-.,:k;ara, jile

7
17
tnet t-cav. tneenan ism, ror cne
sition of h. C-rolyzes
-part of the substance, liberating itater, wh c then _v
the re5t of the product; parallel minor proc(irsses are alkylation and dealkyla-
I It 6as :0-~-rm that the reaction of alkvl
,ion ol, the et-.,aniline radical.
chlorosulfinates with triethylamine prn,'zired i1eLayLauifLmic aciC
in small aimounts. Orig. art. has I ~ablc.
ASSOCICION; Illstitut eksperimenta-l'noy i klinicheskoy onkologii Akadamii
F 'ca~
A. P On,-*I r A dem
niuk SS'R (Inst4ute :~f rimental and '*Iini 0 '!, ca y
of Medical Scie-ices, S55R)
SUBMITTED- 08Ajr63
NO REF SOV- 005
ENCL: 00 SUB CODE: OC, GC
OTHER: 009 JPRS
Car~

L 38285-65
7VOO?9/64/034/0"747/3752
Ta i7-u zh i j sk
B~rjjn, A. Y&
is
j-
a 964 PIA 7 - 52
T
I'OPIC TAGS ast !r, organ).c --;ulfur Qo-,nFwjunfi, r ea c L ~ on. me c-riall B T,
'jF aul, f 4m'4,- acld2 wish ge-miary

-R -T v. ri fin
AsSOCIATiOlq: Imititut eksperlmeaLa-~Inoy i onkologii Akadem!"
7 T~rnn,,irnpnta-l amd Clinical Oncologyt Academy
S7-1 -,C.DE- 01, , 01C

L 61412-65 SJT(d
ACCES31ON NR: AP5019108 UR/0286/65/000/012/013h
Ity :F�-~ ~I . r ~r' I/ rl ,
AUTHORSI Yershovat 0. 1.) Ivanovakly X. To.) lof F a
4a., ?n,2. ~- !-)
omas o, A. An.; Konlkov&71?-'F.j _LipovotakiYK V'-jA Hall 1. V.
K
MishedchenkoV',Yu~-D.j Haverovich,UJ-9.1 Paris-Ri%A111, A. A.1 Pr as
o-~N.A
-DI.; RikmanT7M.-A6'j SemencyVjYB.---D.j Somenov"N.1-H j. SMukhan
R. 0 TaFS1W1inpkjxj' SO.M.
IrIf 4V 5-
TIT LE iTranamianion device of an overhead thrust conveyor. Class 81, No. 172231
SOURCEs Byullaten' isobrobaniy i tovapykh znakov,~nos 12, 1965, 134-135
TOPIC TAOSt overhead conveyor transmission, crane
ABSTRACTo This Author Certificate presents a transmission device of a suspended
thrust conveyor. The device contains spring-m-uupported vanes set in a rotary
motion by a star wheel meshing with the drive chain of the conveyor (ass Fig. 1
on the Enclosure)., To prievent the possibility of wedging the carriage during its
transport, the device is provided with a two-armed spring-oupported lover. Ons.of
the.-rm serves as a. stopper for the carriages and the other one (provided with a
roller) interacts with a circular template fixe& on the star whasils The template
has openings for receiving the roller,which fresie the carriage frols the stoWer,.
QW 193

~MA--Sft ILT Nx--~r

ACC NR, AP600752.3 SOURCE CODE: UR/0419/65/000/002/oo46/oog
OR: ski, (DeceaBed); Kuzlm;Zankow, Ho I*; Havqruah", Z, I#;
Zhunina, L. A.; Yahlow.-~!-'M.
41f
ORG:, None
TITLE; Mechanism responsible for conversion of glass to pyroceramic in members of the
isomorpb1c serics of the CaO-MgO-SiO2+(R20; R203) system
SOURCE: AN BSSR. Vestsi. Seryya khimichnykh nawk., no. 2, 1965, 46-51
TOPIC TAGS: silicate glass, solid solution, calcium compound, mangesium compound,
ceramic material,.pyroceramic
IAR
STRACT: A method is,proposed for using plentiful minerals as raw materials for
~e
roduction of ecomonic. pyroceramics with a pyroxene composition and excellent physical,
echanical, thermal and qn_ticorrosjgp'
rJproperties. The phase diagram of the CaO-MgO-
I
iO2 system is used as a base with addition (above 100 -vt.%) of R20 and R203 in the
0
orm of Na20, A1203 and Fe203. This ternary system has a pyroxene field containing a
ontinuous series of.diopaide-enstatite solid solutions. There is a good basis for
0
assuming that a continuous isomorphic series passes through the entire system. This
is important from the standpoint of synthesizing pyroceramics based on multicomponent
raw materials (e..g. clay) since all c -omponents appearing in the original rav materimi
Card 1/2

ACC NRt AP6oO7523
r the crystalline structure of the pyroxene-solid solution during conversion of
the.glass topyro6e.amic in theisomorphic series. The glass was founded in 1-liter
quartz crucibles in a gas furnace at a maximum temperature of 145o-14700C. The optimum tt
compositions were founded in 25-kg crucibles. The experimental specimens were sub-
jected to gradient crystallization and heat treatment under various conditions (2,
and 6 hours at 6oo-looooc). The pyroceramic products are subjected to comprehensivO
x-ray, electron micrescope, petrographic and extraction analysis. The results show
that pyroceramic conversion of pyroxene glassAvnthesized.from nonmetallic raw
terials is a continuou
sly,~variab Iefrocess. Continuous interaction:between the
structural complexes'in the glass during heat treatment results in a pyroxene phase o.-
variable composition. Thermograms of the glass are given. Orig. arti has: 3 figu:res '..'
,SUB CODE: Il/ SUBM DATE: none/ -ORIG REF: 013/ OTH REF: 001
7
Ccrd-212 241;1

L 36732-66 WT(m) TWP(e) WH
ACC NRt AeOWD20 SOURCE CODE: UR/0419/b)/0UO/OO2/O12T/OlJO
(A)
AUTHOR: Yahlov, V. N:; Zhunina, L. A.
ORG: None
:TITLE: Use of differential.thermal analysis for determining the optimum quantity of
crystallization stimulator
SOURCE: AN BSSR. Vestsi. Seryya khimichnykh navuk, no. 2, 1965, 127-130
TOPIC TAGS: catalyzed crystallization, chromium oxide, thermal analysis method,
pyrometer, glass) P$;V0,nFrR
ABSTRACT: Differential,thermal analysis ir. used for determini.ng the effect of Cr203
on the pyroceramicj~forming ability of glas;; Ln the S102-MgO-CaO-AlZO3-Fe2O3-NaZO
system 7ith a high concentration of MgO. Tsie crystallization stimulator was introduce
in,the.form of (NH4)2Cr2O7 in quantities of 0.4, 0.5, o.6, 0-T, 0.8 and 0.9%.(above
100%). The experimental glass was founded in 100-gram corundum crucibles in an elec-
tric furnace at1450OC15for 1.5 hours. It was then poured onto a metal plate where it
was cooled to room temperature. Preliminary crystallization of the various types of
glass in a gradient furnace at 400-120 1 ization in all
EE2meterkC showed volumetric crystall.
specimens. A KurnakoAPK-59 as used for taking the thermograms. It was
found that the shape,'I.agnitude and temperature of the endo- and exothermic effects
Card 1/2

L----3 873246-
ACC NR- Ap6oo 7526
are strongly dependent on the amount of,crystallization stimulator added. An analysis
of-the experimental data shows that the optimun concentration of crystallization stimu
lator (Cr203) in 0.7% (above 100%). This experiment indicates that differential ther-
mal analysis may be successfully used for determini~ng the optimum quantity of crystal-
lization stimulator in.some types of glass in the SiO27MgO-CaO-Al2O3-Fe203-Na2O system.
It may be assumed that the method is applicable to other systems as well. Orig. art.
has:. 3 figures.
SUB CODE: ll/ SUBM DATE: none/ ORIG REF: 003/ OTH REF:''004

BULGARIA
astroenterology-at the -'stitute for Graduate
7~~Vu.~ Department:of 0
t ies (Katedra po enterogastrologiya pri~ISUL.) Head (rukovoditel
na katedrata) Prof T. TASHEV, [Sofia.]
"Errors in Rectosigmotdoscopy and Lessons Derivable Therefrom."
Sofia, Suvremenna Meditsinai Vol-14, No 6, 1963;,pp 21-28.
Abstract [English summary modified]; Main errors discussed are ascribable to
unfamiliarity w .ith methods, poor technique, impr6per indication for procedure;
use of adult instrument in children. Five detailed.case reports with
deplorable sequelae, many individual comments-with illustrations and
discussions of errors; exhortations.

------ -------
ZOIoDTNITSKIT#.'H.De, kandidat tekhnicheakikh nauk, doteent;
kandidat tekhnichaskikh nauk, dotsent; BOLOVIIET, N.T4' adi4ya &L
nicheakith navk, dotanet, retsonsent;.TAR"DY-AGALAKOV, N.A., kandIdat
-tekhnichdokikh iauk. retsenzent; DUVANKOV, inshaaer, retsenzent;
AIMAKSKIT11 Imhener, reteensent; L4VROV,' D.P., Inthener, reteen-
XMITANOV, Ye.K., kandidat tekhnicheskikh nauk, redaktor;
GORBAGOV. I.N.,inshentirs, redaktor.
(Safety techniques and fire-preventioii techniques in construction]
Tokhaika besopasnosti i protivopozharstal tekhailca v stroitelOstya.
Moskva, Goo. izd-vo lit-ry po stroitellstvu i arkhitakture, 1952. 350 P.
(HLRA,7:6)
(Building-Safe ty Measures) (lire ~rtvention)
A

ARMPOT,XX; jKWUS, A.A,;. YAICHKOV, K.M. kandidat,4ekhnicheskikh
n=k, roteenzent redaktor;
SHPAT34,,A.L.. reAaktor;-f=KOVSnYA, N.I.. tekhnicheskiy redak-
ter.
[Fire prevention in enterprises of the building materials industry]
Protivoposbarnaia takhnika na pr6lpriiat.linkh prouyshlennosti strol-
tell;,Wkh I'Miterialev. Isdo )-e, dop.i ispr. Haskya, G"Asd-Tc lit-ry
po straltpater#lsm, 1955.20 p. 9:5)
oullaing, materfal4ndustry)' (Fire prevention)

L I
e-a arro )1Ew?(m1)AqG(v)1Fcs& 1) Pd-I/Pe-5/k-4 AD(b)l
%A AEDC(a ~BSD/ASD(f )-j/ASD(p)-~/AF1TA//8,A?
" Mis
Ls'
t%CC T40480 01 %14
Lazareva, Ye. V., Trukhanova, L. N.
A07111011; Zavtsev,S.G..~Shatilov, A.P.
L,A. YalcbLov, M.K..
"ITLE: Methods for measuring the density field of Las flow In a
I _jh2ft tuboyJ thAbe aid
of an interforometeF-
SOURCE: AN SSSR. Energetichesldy Inatitut. Fizichookaya gazodinamika I svoystva
gazov pri vy*aokikh tcmperaturakh (Physical gas dynamics and properties of gases at
high temperatures). Moscow, Izd-vo Nauka, 1964, 104-114
gas dynamics, gas density easurement, shock wave, shock tube, Inter-
TOPIC TAGS. M
f crometry, nitrogen shock wave
'ABSTRACT: The paper.deals with technlqu~ea for interferometric studies of shock waves
in a tube. The lengths of the high and low pressure tubes are 0. 9 and 3. 4 m. respectively.
the Internal cross section Is 72 x 72 mm, and the side-walls of the end-section are made
-parallel glass. A description of the
of accurately (0. 2 band over the entire f leld) plane
then given. A Mach-Zebnder
electronic details for recording, synchronization, eto. Is
interferotnetor was used.. The 'white' light source provided alight-pulse of 1 psec elf ective
-& charges of a ca -to 10 W. The scanning
length, by point and line, a pacitor charge
Card 1/2
J

L 20818-65
ACCESSION NR: AT4048013
method allowed
continuous density measurement at a fixed plan with spatial
resolution of 1-1.6 min and- time resolution of 2-3 lisce. The electronic
recording system for framing% photography In also described, using an
ininge-convertor -typo PIM-3~aiado in the laboratory of M. M. Butalov so that
we-- t
the high-apeed processes could be recorded on a fixed filn~. sffi t6ands could be
measured, on a microspope with an accuracy of loss than 0. 1 of a band, and the maximum
and minimurn blackening were measured with an MF-2 m1crophotometer. Thernothodof
calibration Is described and the total error in density determination Is graphed for
incident and refle,. th
Aed shocks as a function of the Mach-numbor of o incident shock, In
nitrogen with an WtIal pressure of 10.mm,Hgand a temperature of 300K. Orig. art.
has: 11 figures and 6 equauo~s.,
ASSOCIATION: Energetichesloy Institut AN SSSR (Power Engineering Institute, AN SSSR)
SUBMr1TED-. 06MarG4 ENCLi 00 SUB CODE: ME
NO REF SOV; 006 OTHER: 002
C.,d 2/i

I lot 6 f A If a N JS , X , V A Milo 11 91 U U If If I? W W 41 4t ti N a r
A f
It. s-ri-P-0 ft 1. J it I t-A--J-1~ M. W(A OD Lite I S U .0 1
1%0 vdvtRt_-, C, $I
00 Atli
Hy~pjvisf 4 albumin by Weau 0t adi Afil4i ~-Iiltd=4 Of Adk2X -1.
-00
Ic_- I J. RH-Y, 4t4,
J. Xwjr~pw yx.-Ckem. ~%w. U. OM-M(19JO); C. A. 2J,
was purified. analyzed for N. and sup z
~,Ifrd to hydrolrals under $ difffrent conditions,
0 411 as (t4lows: (1) 41.2 X l1vtW), at V , (2) 041 AV Il.SOa at lth)'; (3) N 11,S), at
if,"; (4) X IGSO. tit RW; (3) 0.2 N N*011 at 37'. (1.2 X NaOll at IM, 00
*0 (7) JV NaOll at 37% (8) N N&Oll at 100*. Alkali at 1110 hYalffs4yves mufre curterti- .00
4 14
oil Ali cally thart add; rai%irig the temp. has a givatcr influctim tat the ticstre of bytift y A
6''; than raising the conca.; 4 mat quantity of Nits was split off in (1). (2). (3) and (4). -041
4 Thettep-
00 1 toltes fixTram with time thithis weak hydrolysis: during energelle hydrWy*15 their .00
0 1111211thr dinifiliArs breaum of furifirt 411tittins (hydrolyffales (6) and W); the quail. .11110
tity -of alltinsin Invariably dralls; In (1) and (2) (he reverse i's apitAlent. IWvAt1W albu.
*0 .3 mill does not dissolve at Once aud evell fiftrt 0 firs. 1% 11'$t C111111,1firly broc"
00 .3 the filtmatin d6*f1vv4 tit duo time while pact of It dri-oillpt, I'lle l1roductfi field. by
go a ditUrruce (amino acids, rte.). in general, Inecrast, with Wife; hydnilysair'A (0 anti W)
are an exceptiod, In (2) this quantity ditnisti.114-,i, I"Utiv the differvact! duct not coo
so 4 truly replewnt these clecontpri. products. Into INA diff~rvncc [alts also the albumin
which failed to di"flys. In (3) the diffrivnee is coost. with time, V. now irprr- -so
se"' nt-I of alburvil" by a Wries Of Vrctnf diAtirAin't, Constituting a (Urthor
stern of rclitraf-MAtion lonittosed by hirn (C~ A. U. 37W), A
Age
deta. d these vector 41hismum tollowo,
so
lei
LA a ILA ACTALLURGKAL 1.111114TOVE CLASSOPKATICU ties
we*
mill i-iow JK d.;.- it'
U, Is AV PICO It v tit 9 --1, if joke
nIt at AS Or a It 9 K it it it 0 n I k9a :ai 0 1i 9
*Is 0 o e, 0 0 0 0 0 0 0 go
*Is go 0 0,0 a # 0 o 0 0.00 so
as O's 4119

6 f if r. is IF is 14 1? to to ja it 'OV a at 17 a it Is 11 9 a id IS IF u a to 0 of a cl fif
A A--JL --J~ a m If w- CC I 9z
11*0
11,drolysis ot caseinogett by vidda IWd alkAllilL 1. S, VAMINIXIvy- R"JJ
e 0 .4 MCA,
phyt.. 'him. .,joc, 61, cf. C, A. 24, 4.
the prott-lij, twI.jkFtjv, N,Iff, Igmin,i antl Immie N pr(ithlenj at Varlm* tiniv,
ur alk. 11"ItislVA4 i'l caselfwItt-11, It, C A.
-00
fit I
-00
so
zoo
see
0*0
2
109
too
ilso.
I-,- -- ILA WALLURGICAS, UTERAffiltil CLASINKATiCas
If 111 -3 di 4 3 1 1 ml~
`0 Aa to 0 tv 00
20 ~ IF I( K f9 It W Of tt tt It K KW n
f!,,0 4110
T-,O-oo**0Aq *ego* 0 0*4 *0 : , 7
j0 000 o 0 0 0 0 0

Ojos *-Goo 90 0 0 0 0 6 06,6 0,00 0
Al 0 0 0 0 0 0 a 0 6 4 0 0 0 4 0.0 4 0 06 00 0 0
is it Q is W ts 16 it a it as v is 16 V 31 19 4 41 At 41 66 It
;AA A
00
~ A
"OM11,11 Ake #1100,119ftill *091 ,.so
o A IV-
on
CIO, CAM, (Ut 6. a. A.) S.
I vapor ost caoirin was studied loy stodne 0.4-W I. -its
'fobtjobwd by drying Q.4M4 S. cawlin to a comt. wt. In a
Noscuum dmkftwj uw m". I (in up. Contaim"I in
Got for 16W dep,: Ca%eW bftvme ariodually
01 1 4mk -00
oliand from lislit,yellow I* coffee-brown. In all, IM1%
of tuda wm no&& at lnttrvsb o( 1-12h
J- 11, d:49'ZLk 13 refillimp trA 1, The Inmam In wt, of camin
14111141 0.1 t1vely Inster at ifie Iteginnins of each addn. of
I than at the later st". 'At twoffle Inte"11 thoe was
a mWl low of OrG, which was rinvitenuted by the con, a**
tiatted Increan in wt, nt rawlit to) (1.WZK4 s. imhwitwin a**
with A3.17% 1 or 113.Ml% I b"A on cawin. Front thc
too
so fallum of the mupd. to attain equil. It may Im infe"ed a
that I io; fiwd In lodumicin mainly by id-iorptikoto prob- as
4 ably with a little I rhom fimly Fontl:". 2 SOO
C&O
:1 use
so
91
00
A 1~.-
a ~ ~,o~ ALLU*~K-L LITIO17LItIl CLAS$WKATIC. too*
8 -
IOWA SIVIN)
I tali, -90. in 7 arse
L f) aT
411311 a* Gvp III
u" Of 00 It e
0 0 0 1 9 0 0
NT If Iiii
0*0* *00
0
FT
ooqj*o *foods** 096090414111

-00 a 0-m-9 0 0 -0 0 0 0,0 0 ore, CA
a 10 10 all 0
0 0 0 6 a a a 0 0 0 0 4 a a a 4 0 04 i a
I a I Is 11 11 ]1 U Is 111 1; 16 It 311 11 n b 34 n v a of is 11 v m m is k v 11 * a Al a a) Oro
A F.AA-JL 1 1 -4 -Al I It -L A- N"P,9 V-Y- I-M-0-9CAMP-M. A--A-j -- d-,.j -f -t A--m
00 j ftp
4
at
A
vj~
00 C 1-00
Oi A -60
00
as 4p 'ftt detasuftefloa of -&MumkoLd al S. .00
Oat cA,,. (u. s. a. R. .3, 'Ll"
600
49")--The Ppts. by treatmnt of spenuln,
.3 with C2101, (CMICOO)eft and phosphotunptic acid
am not
00,3 alburainoid nattue- theft ppta. eDritaln zanthinc 00
-4iod hemm b-- W. P. Bricks
coo
a a ree
64 00
004
7-0-V COO
600
0
12900
00
ILI- 0
A I o -L A METALLIMPICAL L IITEI-ATURE CLSSSIFICATION m0
tip 0 01,
0.. 'Jac -j~j
An - I I I ad 0 01 N I or 61 9 a
U It AT 00-
To to 11 to 01 K K tat R 9 K It
44 0 0 41
0 a
: .: : : : : : : 10 : *0,. : : .0 : o : 1: 0 0 : 0 'a a 0 0 00 4 0 0 0 4 0 so

U U I? is " Not O."DisrMig loll Mjj UN xv *vail Q Ai 4, *1
A k'_9 P"'O
bromilse by casslia. 1. S. Yakknikov.
0 (U.S. S. R.) 4.1114~46(116111-d:C; A 28, -00
III stored 13 a
and were
14q
*O.'r A dakcator and the castin was weighed at intervals. .00
O.'r show that, - unlike the I-casein reaction, cquil.
jD
in Wy a mouth. 7je prvduct is a liquid giving
lip a tiff but omh more slowlt than it was abourbed, The
curve Br W*mdm can b*,pprewd by the Approx.
form y - xl(a + bz). where x is time in dayt. y 6
Im of Br, a -0.0235 and b O.OIFA;.
roe
go
roe
see
ji,
if
lot:*
LUPWAL LITINATUM ASSIFKAIJOII.
A I 0,$L a OCTAL
Got W
SMIKIC) .1. -ILIII* a.,
S 9 U 0 N 4 '1 IV - IM
5 Al M) 11
j1p 17 it or J( tf 'S It Itn .1 v" n I
0 0 4 4 c 0 0 a 0 ab 0
04 'S
00 so 00 0: A .9 0
9 0 0 0 * 0 O'o

~100400*0900-90001 so-*

,W, I I
OGG a 000 0
11 it It a if Is a IF a a 41 4 a is 4
I
0 O.A, .00
for 4-60 it. of a
Psociliff AMD r4coloffil W"I
00
00 A

0 d g1r7l .A~dIn10. with
H drolysix of lyc4o nh dri
"YM.1, wt Ulu
-
& t
i
id
S
\
0 . "
r
o
Y
p
iva I J. Gets. CAfm. (11. S, S. R.) 4,12FAI-8(11W), cf.
'
: *0
A
19, 970
, 21,1124.-Ttic p the study was to
=
.00
OW check the previoasly observed
of. the formol-
00 :
titrated X hi.the process of deciinipti, of qlrlslycinc (1)
d
i
ii
11
b d
l
i
110
b
d -00
an
s wit
nci
ane (
ru
to
ys
, An
)
y
rimm
in
u n Into tlui h
drol
sis of III at different tem
s
Th .041
e
.
y
p
q
y
hydrolyslA ul 0
1 N I and 11 to I N IlCl wu carried out at
0*
.
15' and 95'.. The samples were taken at intervals of his. 0

:nd days the vat of the liquid was maintained const. by
ddi
6 and
ih
d
r
dr
l
tic d
j
w
s
R
f h age
o
~
e
ee o
em
a
g
eg
pn.
,
y
y
d
d
b
i
et
.
y neutral
zing the samples with 0.2 N NaOll and
fil
f
l
i
i
f
0 0 -t
ormo
trat
ng by the method o
yke and Sorensen.
f
8~0 The tabulated results show that in the Ist 15 days 11 is
idl
h
d
l
d i
25 d
d
i
l
l
d 000
ro
an
ete
rap
n
s comp
ecosupd.
yze
ays
y
y
y
too
460 to dipeptide. The decitinpri. front I to amino acids pro-
credsslolmly. At93*Uisbydrolyzedwitliinlhr,toland 800
this,more slowly andl incompletely to amino adds. At
re 0
0

the advanced stages of hydrolysis the quantity of NaOll
required for the neutralization ol sampks begins to de. a
,
::0 0
an Indlextim that the reaclkjn Is being reverxd.
~
2=
ass
1.
decreaft in titrattd amino aclih at the advanced
stages of stp. hydrolysis of I at W and 95* low observed. '00
Thus at 95! 1 Is completely decompd. to sunino acids
withi
Th
h
30 b
h
f X
1 00
ei, t
n
rs.
erm
e suit. o
aQF
mtisumed
bt
i
th
N
ti
b
i
t
d
hi
h
h
h
t '
za
n
e pe
ra
on
ns
o
c
ows t
ecrease. w
a
eg
s
the rmction is rrvend -lilt ristorution rif 1. or a eyrflza-
60
4 lion with the f(arn4lion of H takes plue. C. l1lam; '

ITALLUAGICAL LITINATIPIN CLASIWICATION
AS&-ILA 4 0*0

O*
giant tIV11111101 N

1111611,; Wit OUT 401 a
atim *0

I& S AV 00 AS 0 a it a, J1 L 1 5 01 0 Of 0 1 It W 5 a 4 3 1
Aft
A

4
S It
0 0 6 * 0 4 0
I

!0 000,00 0-0
4
secoto#400006
as a 0
*:a

c a a p r
H
1,
S a At a a a a fl
,
00
4
111 SUP -A-L-A"U
0110CMIS &AV Foortarits abate
0* Actim d oat=-' solutions of awltwic acid and
00 hydrazWoollycoooll.- I.S.Voichnikov. J.Grx.Ckew.
fl. S. S. R.) S, Phys.-Ckei".
00 ir Sat. 52. 147(1920).-Parthff tests diwkwA that the ac- -00

go fion of N JfjSO. wW N NaOI1 deercuses the formolti-

0
'trated N not only In a dipeptkic (glycyWycine) but Rho -
404 in its component amino " (glywc(41). ~ Thii may be -00
explained by %he formation. of an anhydrielt ot a pol"ier, 00
aM In cm of an amino acid by the formation of a ditwp- .
0
0 tide. Chim. Dianc
.00
.
90
aq 0
1300
00 f
too
ISO
000
00's Are 0

At Igoe
4*9
e ate*
IF l

-ASO.$ A -ITALLUCGKAL LITERATURE CLASSIFICATION
Lo 0

141C43 4AP .3.v oat
. I F ; I -W-- 1 7-6N --r
AT po it
W
to tr it at AE wit RN jC[tefLIf .
AS1

V Od 0 01 W I - IR ~1 4
l IYA 4'
f
N
W
ono;
1
IT4 41 0 4 0 -
0 0 0 '
'
O
o
'
41 o 0 a 0 0 0 o 4 * 0 0 a 00
V
0 0

T
0 j00 0 * * 0 a 0 0 * a
.0 0 0 0 0 0 0 0 190 so 4~- 0 0 9 0.
Is It U~ Is If v- k;
P - A N
Ott 4.0 Is* 0" I-It A.
4 -- LOA--
4.0
.
Intemetim -Ant. I
"
t
W
,n
00
it
00 C S.
S (r, t -
-L S. S
.
)
A. 28, W.-The rsWts of S&wncn .06
6 f, dtfatim gwwtd that slycocoll anti glycylglycine in the
00 a of CHIO am capable 4A combining up to 70% of .00

00 A Chu. Diane

Go
of
n see
00 wm
oe') roe

0 roe
qv~

00 zoo

N,
T
mp
4F
e
A stIALLURGICAL LITIRAII;NE,CLASSWICATION
I I See
--- - ---- Via%. 40.1fiv

'
, ~ ~tf as( 481431 4w a-- all ?0
- j
-
Idnot.)
,
1
-Rx" . t

0

t -
9
I It Od 0 0 it k 5 A a :t 4
in U, ; an

0-
Or vp vp it At 6 n
11
-0 16
0 0 0 0.0 0 0
1
61 7o
0
-iii
I
1
.
0
0
*I*
0

-
ii X-19
I IQ 11 ti Ii W t$ W it W ap 11 a a 34-ji-Ir lo It it 0 Id a 4 v N p a 41 a 413 41 0
C_ 0 1 K L a X-r- I - AMA - USM100 IAM -c,k j A...* A.-j-

00 Pacil"i ko #RC##6ftrs WON
-------

00 'A
to c .00
Alb""vus substascas in
whaal br-
S
V
l
h

0 a
I ,
0 .
.
.
a
c
nikov and T. V. Shvc&vu.,
f S._S7'R-T--
:

00
0
to .00
0 0
low 43
000 i coo
coo
7 too
Poe

0o
w
-90

Uz-
X!TALLLR~~~IT~Ytj!~ CLASUPICATION
-- - .. _
--

0
-
T --- -:-17-'-----
7
VON. WJQNI bawlav
LLL LLLj b,
141G.J .41 _
milill " Q.. 191 we
A
u -.. , T I
is 9 it 11 a I,, v " AA I f 0 N 0 0 a I )r N 13 a 4

KLO A I KA %UPS

0
a Wo 0 6 0 0 0 0 0 0
0 0 e 0 0 4 a 4 6 0
0
4
0
0
01 's
o o
00 0006006 0000
9
0 0
*
0

0: 0 it. 0 0 0 4 04 0 o a go 4 0 W-W,-
0 0 0 o 0 0 o 6, 0 * 0 o 0 o a a ~ W91-0,04 0
2 8 4 5 0 1 w t 1 12 11 14 is is it 'to It jo 11 )1 M h is l7 .1 29 is D Is Ii Is 49 41 11 @1 a
to 0
col;lss
00 0
00 A!
00 Albuminous substsmces In me -00
sdow fescue - (Festuca
S. Yak J. Gen. Chep". tty. S. 00
vr%
~Tllll ground Staill Waii, Skjk -0
*0 livrly Cild. with 11.0, 1W,
Nael alld (1.23% 'NAOII.V
00 The exh. 'Ovre stualy" living Noe,, .00
hamic and I0% ainuumix N. Tht., pisipent it, ihe gvtllk
V.UWl diffivultle% In the allalvSk. S. L, %fAil"'I" .00
X00
00
WO
17 roe
00 4
lt,01 (LAt"F ICATION t coo
L
!Wee
1~_
v 1?1 An,
44 i 1 4 two Ole lwvl~54
1. .1 mi mo n i
0 it if m a 49 and
0 0 0 0 01 0 0 0 0 0!
t
.16440 * 0 o0 ol:: ::100 0 **i~~

Is M 0,14 if if I "iii- R 1, 11 SID All? idiom 41 1) it 4d 4 if! 0
I K L I M JMLT--1 , -ii
-CRDZOA- -- A_ 0-- - P- j --L-L--Aj 00
1.3 -.0-1- Z,
4 'A,
:-o0
of
OCC
t Thermal decomposition of In k .06
ar7l:W(I Ll,,~'akhqi ~av.
1, Gen. OWN, (U. S. S. I n
t.) )- q n
changes in the N content in am c2minatm fe%idue oil.
tained by decompil. at Y4160113 temps, far diffffrit periads -Go
00 41
'If thric weir studied. Fresh emon and the
devompti. at,125"ow" And 076 (of t-111 Ill., -00
00 If
for" liviltillYRI'd for 24 ford.
The filtered hydrolysij, %: moo
watillid, Can drtimic vol. laaliqllot Nitta tile (letn,,,W,lq
0o j a1113119 if =00
r Intal N by, the Kj,
Idshl "Irillawl. suilluatho N bv
000 Aj-; 111011- wull blitill anti ounitto drift N by jjljjlj~ with lllllw~
11110111111i'lit. neid. Tll~ results age trprewill'.1 by life
00
tili'milfird Anosov disframs - (C. A. 30, 71KIP). Whow
consttuction and application are shown. ~ In general. Ill,.
to" of N of all the forms 6 a function Of the linic and
zoo
letup. At 123* the Ion of N up to 10 firt. of fit-sting is
e%llfrW-l fly -a nearly straight line. At 1.441' lit 4 Ill%
and W 27A" fit I hr. the hK% it vtrv V, W
0
fly- - 110 0
dot fllltl- -.4.
t f. kit, 41, (4 0
4 1 1.- 11 W1 ,61 i , r A -w- I I , I .I I T* V Ilk AA- t' 66 0 10 6 - I of $I AD 1 41
AV of) I v- it to, to it 11 It It R 9 " it it it 0: n 1 144
0000000000 004000;0001110000600
0 00 0 00 0 0 0 0 ol* 0 00 0 of 0 0 0 0 0 0 0
0 00 00000 0

,4-11

Ix o

kliumliss of tb* weds of Dactylis glomusts. 1. S,
Yakhnikoy and, A.. 1. Wngwy. J. ~ Applied 'rRe-nr-

0
(MA-Virt French WM1938).-Thc smis
contained nuAiture 0.44, milt 14.25, tat 4,#P. eclitilow 17.45.
N 2.4.
LoW 'I, albutnin N 2.36. and inwein 14.7.51',;. Of
the protein 0.78% was W. in 1fj0; 11. 10% in lor' NAC]
2417
soln
42% In 11
1
NaOll anti 19
.4
; 61
4F
00 .
.
.
.
.
0
,
imiol. in the above solircitts. ftotantin ritd. front the -00
00 1 %reds with 70% a1c. %,)In. and pptd. with 1% NaCl holn.
in the tint. of 25.02% (of thr total protein), contained
-00
00 .
1627--jo of N. A. A. Podgorny
P600
00, 3 =00
to 0
coo
0o coo
0 -0 ro o

0
a

:00
0 ZI
re 0

0 13 00
0
zoo
0

-00
t:0 0
Ass-ILA $11TALLUPWAL LITEIIATuRE CLASSIFICATICH "o 0
too
,
u AV to is m -At 04 0 Pi I mr W 0 in] 3 1 1
~
if ft 11 IP
l. W it K IT ri it ot
op K It Kin 4 1 dn4l
000 0 0 0~0 9 *
0 0 a 0 gio 0 0 0 0 0 0 0 0 0 0 -0 0
,
0 We a e0 0 0 0 -0 10 9 0 0 0 o * * 4 0
00 : 010 o 0 0 0 0 o o o o 0 0 o o 0 000
o 0 0 0 6 0 0

0 0 0 e 6 0 0 0 00 0 * 0 0 0 0 0
ie
W H is it 4 it $6 '1 s# A p 11 m 1) 14 a m 0 m of It 44 It pe
4.0-1 r 4 a L s 1 9 'Y' I A- T A-M
.-I - , I , ,
11 p a A .-I a 114 W It li 0, 0 1 1 0
I . I I-_ . - $.t-
Ost
06
Review of wock done during the past five yean on the
00 chemistry of the proteins. 1. S. YaklinikoU,... Opekki -00
Eiji,". 8. ( Maj)-v ~-tl-jm-TMlKl'uW 1~u-l a Od .06
0 4i 'F umi&s. their complex inrlal.QJt%, iltvempti. and lkilyincli,
00 millitio %lix3r% ring 111trogull eollipt1s.. policles. afi- 0
Oi - cle,
of
zoo
&00
'r4
40
"00
it*
04 gold,) .4. ONT dog 4JLkII d- LS,
0, SAL a An I S I bd 0 Pi W I It 14 1 a 0 11 0 V on
AV lot It it n. d:
0 0
0 40 0 0 0 0 IN. 0 *l: 4 0 0 9 0 111

014 0 0 a 0 a 0 0 0 a 0 0 0 Wo 14: 0 0 0
111313mlim fill too b 30 1) P VDISM AV wipefl silia
I'-A a Ax .4--1 -A 9 - 4 -T!fo
0 0 1 , - - - ~ I., ..D a 1. "cc,
j&evfew of work on tile cherMstrY 0 1 0 Pfuttius (Of that
Vaklmikov. Uspekki Khm.
96: c -34-4
-71A`.-RrvkWs tj The
~u.mlan atul It. R.
-00
UP
00"s
go j COO
go
09
- COO
to
00 Id t :,I&0
!zoo
1300
A I I LA 81TALLUrkKAL L11 INATUAt CLASSIPICA T400
0
As- ii"iWii ~if- T-i- 7~
8 tW 0 4 a or *I
u u " J
It tl;6( Kit Otst Afttt area O'n.# am
0 000000 000000000*00*00
O-AL-V I$.* o 0 0 * 9 ** 00 go 000000 0 a 0 0 0 * 0 a 00 0 0 0

;:il all -~7 1-~Ilk~'-~~ 4z -;i~ k~
0 IS 0 a 0 0
to it U it M it 16 11 --)1 JO-11-ii-M-1415 Jill SIT 4 As d
00 A _A- C 5 R I G K I I L A 1.00 :1 AA ix OR III I a 1) *0
002 -Mistil
Proteins of seeds of American linden (Tilis grandifolis -00
Ehrh,). L S. Vaichnikov And N. A. Tara~ikov. J.
-00
00 a APPUM 13, 1710-12(in FTcuch,
1712)(1140t.-'rhe ~~m-di of I'ship grasm,104w Muh. ciow- -00
tAillt'd 1110MIlle 111.12, ash 4.24). vviltdo-4- 7,52. ill[ :17 '14~
00 A
total N 3,33 and ptoteits N' .1 118%. The pfolvill. of -410
0 't wt-rc %ctml. into (I j ~ol. In w-.ttt!r conig-totul N Wol and 2 see
prouin N 0.35; (2) bol. in 10% NaCl contA. total N 1.221
And protrin N 0.78; and (3) *of. in 0.2rij. NAOII %uln.
6-moll. tolal N 0.20 and prinvin N 41. 17~*,,. The xhibulin
040 shm-11114 ..( -.1% we$v Ity'll.lymi ta '.'0-
144 -'1 Ill,, yiVI'linit . Ilytholyzatv vollill. allummiA N
and diumino a,id N .35.6%) Alld 2%1.21%,
atid monouinitso arid N 3S.41 And 43.93% by wt. of total
N. re'll. A A. Imiguiny
bee
ttoo
COO
MOO
a a[TALLUNGKAL LITCORANNO! CLASSIFICATICR
WOO
-------- lVilit d4
T
u u AT 00 11 1 L 4114
T-1 - - K - " - - it
0 0 so 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 e C 006000
041 0 0 0 0 0 0 0 *1* 0 04 00 9 0000 0 0 IS 0 0 0

a a 0 0 0 0 0 0 le 0 t
K-fff 0 0 *
,?
M - NJ JI M 14 Is ja jj a P0 Q It 4; it

Pff"IsItIt W PROP14141 1-9.
0
1117
I a9mal deavals, at Wiso adds. I'S-Y&WW"Y-
J. G#R. CAM, (U.SA.R.) is, Sulu.
4
a ITIML-PYrdYsis of Ilydne. itlanine, cystine. tyrosine. 1-60
asPartic ".: and slutande scid was conducted at 2W-3
-
'

60 4 It was shown that em a 4-hr. treatment at 2
16- faUed to
tiTect cGUIPIete decompu. CYstine shows the most rapid
decompa., followed in order by tyrosine,aspartic add. and
slutamic"
Aspartic add sod tyrosine do not cleave In
00, .
I hr. at 125% slycine not even after 4 hr3. Glutamic scie
4 4 -1
6 cleaved more rapidly than upartic; glyclue, more
410~-j rapidly than alanine. The coruta"t-lemp. expl). data are =00
00" given In table form. Pormol fitrallon was tised fawdel"j.
M M
K
U
a
gig .3 .
OW
IX)
~90
Sol ~09
AAL! i. 010
1^
7 ~
0:1
zoo

IN -11 A AtTALLUROICAL tlTffXA7t*j CLASSIFICATION
iv

f
t.neso -0
1111001Y .11 0~1 4119
NA1111 dw 0.1 Alt

11 AV P0 111
, 0 .11 L111 .*1 or 69
- F q
It K
Is it x $I K UIt 0 it V ZA An A I Aj rW 0 n a I IN 84 0 iz C
1A
no 4 :1 9 V.
4014; -

wo
gJ 0 -
a 41 to 0 0 0 ,
0. 0 4 0 0 0 0 0 0 0 0 0 C a 0 0 0 0
1 0 to 0 10
1
~e
a a 0 s o so Is W 0 * * a 0 0 0 0 0 0 0 0 0 0 0 * 0 0 0 * 0 ez

0 A
GOA
.GOP 11C