SCIENTIFIC ABSTRACT VASAR, E.F. - VASATKO, J.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001858720002-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

VASAR, E. F., Cand Med Sci -- (diss) "Change in the reactivity of ,;he
organism with a background of effects of choline and adrenolix,e Sul)-
stances in general cooling. (Experimental-Dharmacological research)."
Tartu, 1960. 25 Pp; with graphs; (Tartu State Univ); 300 copies; free;
(KLI 18-60, 155)

3ela, Dr.; -Y' eal. it.
Causes of ;--therosclerosis developir4 !n 4pertemsLon. crv. hqtll.
98 nc-32-~77-975 `1 57.
S2vobodr, Jcv.-o dr.) 1. nz (foorvoa: Vanarhelyi *3~,'a Lbr
e-i Yozi)onti ',ibarntoriu-canak (Solywij!, 3pin. dr.) kozlemenye.
etiol. 6- ath-gan.
i~y:-.,ir '%#.P--nz ion, deter- :;f blood lipid char.-i-, (Hm))
ii,31-11CIV, coml.
artorinscleroals, det-rr. of blood liDid (Hun))
in blocil
in arterionclerosir. hyDertention (!hm)l

VASARULTI, Bela, dr.
Significance of the qualitative examination of urinary sediment
in diagnosis and differential diagnosis of kidney diseases. Orv.
hetil, 101 no-9:309-4313 7 16o.
1. A Vasmegyei Tanacs MArkmsovi3zkv Korhaza.
(KIDUY DISMSMS urine)

,,VASARHELYI, Bela, dr.; SOLYMOSS, Bela, dr.
Quantitative determination and evaluation of Sternhaimerlo calls
in chronic pyalonsphritio. Orv.hatil. 102 no.34tl594-1597 20 Ag 161.
1. Vas magya Tanacsa Markueovszky Korhaza I. sz. Beloaztaly as
Nozponti Laboratorium.
(PYELONEPHRITIS urine)

SCHEIBEP, Gabor; BANKI, Iaszlo; VASAMLYI, Endre; SAVELY, Camillo;
MARK, Gergely, kutato
Possibiliti.en for preparing and using pyrethrin containing
insecticides in Hungary. Magy kem lap 18 no.11:524-531 1: 163.
1. Budapesti Vegyimuvek (for Scheiber, Banki, Vasarhelyi and
Savely).
2. Kerteszeti Kutato Intezet (for 1.11ark).

CSIBA, Lajosj_Y~4SARHELYI, Istvan; IIADETMY,, Jenc); PATYAJ, lmr~,, d,-,; TERNYAK,
Jeno; SCHAFER, Lajos
Data on the birds of prey. Aquila 69/701258 162-163 "publ. 1641.

"VA..dritclyl, A kukorica ectUdisdiack h4t4sa a r-n1krokRoAca. L.Micv- limmic
RJE~c -fictio -,if C"f 1.) Ax";"fwl kV. -2(w" jitly 11153. 12
~-il to-inivratum mv;i,nrenittiti wLfL nu aliffam 2 fill ail')
figs., tabk,, 5 refs. DLC~
S cm In (3) an Inipled rum fivid. (1,) a T1,1k)-irrigati-d t,)-,Il fivid alid (r) all "ju: 661 dor:ni:
the grirwillic -,ad rilvning PeAld of curn, (smunivir 1951). Gimlxmiiiw vitrw-4 of 0- daily
mjfch of soil tonfiewure at diaortnt suigt~ uf lii.jjit fityclsojiliti ,1i jijt~ pif- iltrij ftir Ific, jhlt~t
fields. Subjed 1frodingli: 1. Sell lomperstarto 2. hilcirix1humic 44tA.-GO"

RADVAINYI, OtLo; VASAR~&'Lft, l3tvan; 1--*~ ~ ""iCl-
...
Data ri, ll.~; or Nor'.nern riurigary. Aclijila
1 1
268 162-163 L'PubL. 4 j ~

............

st
Z',-,nthl' Y List r-'f FaSt "]U-rc~~Car Aces::icr,,s
ar ch 1955, U r, c1

VASARHELYI, Laszlo
National festival of trade union dance ensembleB. Munka 11 no.9:
18-21 S 161.
1. Nepmuvelesi Intezet munkatarsa.
(Hungary-Trade unions)
(Hungary-Dancing-Folk and national dances)

VASA.4M. YI, 1,;;.
"First evaluation of the movement for greater economy ty standardar-.Uzatican cf 5izes
launched by our association." Melyepitestudmanyi Szemle, Pudapest, Vol. 4, 2:0. 6, June -1
P. 331.
SO: Eastern European Accessions List, Vo.'. 3, qo. 11, Nov. lc,;-~4, I,.(;.

VASLTUIELYI, M.
Second evaluation of the movement "More economical meagurement" In
our association. D. Z94.
Vol. 4, no. 9, Sept. 1954.
efELYEPITESTUDOMANYT SZEITLE
1
Budapest
SOURCE., 1,16nthly Itst of East Furo-oban Accession, (~TAV, Lf!? V01. 13?
No. 3, March, 1056

VASARIHELYI, 14.
The shearing strenpth of props -,a~-e of re-inforcc.-! steel concrete; a
review of an article. p. L5' '
(Melyepitestudomanyi Szemle, Vol. 6, no. 10/12, Dec. 1956. 60apest,
Hunrary)
SO: Monthly List of East Ei;ropean Accessions (EEAL) Lr,, Vol. 6, no. 9, Sept. 1957. Uncl.

MSLCZM, Mikloal VASARRELTI, Pal
Incidence of Streptobacillus montliformis in the nano-pharyngeal
cavity of Inbred white and Wistar rats. Kiserletes orvostud. 8 no.
2:168-174 March 56.
1. Pecsi Orvost. Ftyetem Borgyog. Klinikaja.
(HMPHILUS
Streptobacillus moniliformis, incidence in naso-
pharyngeal cavity of inbred rats. (Hun))

VASAWLY1V Pal (Wdapest)
Report, on the Rome congress and exbiYUlion on technical and
scientific documentation. Hir techn 15 no.10012-313 0 164.

VASARHELY 11 f8 ~.
Management mechanization exhibiticn in Tordsn. Hir tec-M 16
no.3:88-89 Mr 165.
Reviews. Ibld.:94
1. Edttorl ContrIbutor, "Hiradustechnika", Budapest.

VASARHELYI, Pal
RevIeW3,. Hir techn 16 no~4:11~,, Ap i65~
1. Editorial asslsta,-t, "H~-radasi;e:.,hnika~', Budapest-

VASP J-J RATKOVICS,, F-; SZEPV-SVARY, P.
FWAination of petroleum-sulfur compounds* IV. Experiments in the field of t2ermal
decomposition of petroleum-sulfur compounds# p.99
MAGYAR KEMIAI FOLYOIRAT. Budapest, Hungary* Vole 65s noe 3,v Mare 1959
Monthly List of East European Accessions (BEAI)., LC. Vol. 8, No. 9,, September 1959
Unal.

VASSARI, A.
Traveler's notes about Danish aCriculture.
(To be c,-ntd.) P. h76 (Sotsiplistlik Pollwmajnndus. Vol. 12, ne. 10, Oct. IF-7.
Tallinn, Estoni~i)
Monthly Indem of East Luropenn Accessions (FR!T) I.C. Vol. 7, no. 2,
February 1958

SMOS Elek; SMI, Andras; VASAROS.1aazlo
The affect of ion-exchan on the sodic recovery of uranli- orea.
V
KoA fiz kozl MTA 9 no.5/rt341-346 161.

HUTAS, Imre, dr.j NYIREDY, Geza, dr.; FERENCZY, Sandor, dr.;
VASAROS, Maria, dr.
Respiratory function tests in bronchial dyakinesia, Tuberku-
lozis 16 no.4/5:149-153 Ap-My 163.
I* A Budapesti. O.-vostudomanyi EgYetem Tudogyog*szati Klinika-
janak es a Janos Korhaz Rendelointezetenek kozlemenye.
(RESPIRATORY FUNCTION TESTS)
(BRONCHIAL SPASM) (TRACHEAL STENOSIS)
(PULMONARY EMPHYSEKA) (BRONCHOSCOPY)

HUTAS, Ijnre,.dr.; VASAROS, Maria, dr.
Heparin ointment in the prevention of artificial venaus
thromboBis caused by PAS infuBion. Tuberkulozis 16 no.9:
267-268. s .#63- 1 .
1, Budapesti Orvostudoinanyl Egyetem Tudogyogyaszati Klinika
(Igazgato: Miskovits Gusztav dr. egyetemi tanar) kozlemenye.
(HEPARIN) (Ammosnic= AGID)
(THROMBOPHLEBITIS) (INJECTIONS, INTRAVENOUS)
(OINTNENTS)

A JUI-.Nj:,/Physir-al Chemistry. Electrochemistry. D
,',bs Jour: Ref Zhur-Kliir-., No 5, 1959, 14774.
*,uthor Mercea V., Ursu, I., VaBaru Gh,--
Inst
Title Study of Electrolysis by Superposine mi .11ternating
Current on a Direct Current.
Orie Pub: Studii si cercetari fiz. Acad. RPR, 1957, 8, 110 11,
479-489.
~,bstract: An electrolytic cell, perrdtting the measurement of
the potential of a netallic grid placed between the
electrodes, has been applied for the study of the
polarization of Cu, Zn and brass electrodes in %
CuSOf and ZnSOf solutions. The electrodes and the
grid were madc of the oane rxtal or alloy. The
Card V2
29

~Wt
Listri g2a(j)
Measurement ok the Alcline" Of thik Uqtdd SM
Absorptiod of #-r&dI46t1on3n% a 9 1
Inc
.,;Tii Meer"Idrifis. 10".
771 WN -The meth Emasuring the thickness of
ghtets I
a tim of P-rad ation wad extended to thin
Almsa( quids. The variatim In thickness of the water Alma,
ql.
the
with velocity of flow (down a straight will) was com-
g" q~phlcal[ly by meant dr-da hypothesis of uniform -
ow. with laminar repartition of velocities (in the region up!
to JU - 110) =-:1 by means of the A-radlatim absorptloo~
(from a Sr"-Yft source). Since the method Is very sensitive
(LOA1.5% error), rapid, and ml roducible (eAKe the absorp-'
M
thm cotff . has been deld., a calibrating curve can be drawn,
for the liquid studied since the thickness can be found In re-'
lation to the flow rate$ and does not disturb the flow phcuom-, L
ena, the method can be used succusfully to measure cur-
rents In fluid dynamics, Of course, certain precautions must
be taken; the support should be thin enough and of low ab.-
oorbent material, and In case of undulating flow, the mean
velocity at the poijut of measurement must be taken into
account, yielding a mean thickness value.
Ben Elieser I

VASARU, Gheorghe
The diffusion-condensation chamber. Studii cerc fiz 3-1 no.1:175-197
96o. (EEAI 10:1)
(Cloud chamber) (Electric discharges through gases) -

s/16q/62/00C/00.3/02.0/090
E202/E392
AUTII C:IS D010c;a, 1,.'. a-ad V4~sax-u, Gh.
TITLE: Radionctivity of atmospheric residues and dry
deposits ill Cluj
PZPIODICAL: ',Zcfcrativny-r zliurnal, Gcofizilca, no. 0', 1961-, 19,
a
abstract. 3B149. (atudii - ~i cerc:et!Sri fiz. Acad. RPRII,
v. 12, no. 3, 1961, 6o9 - ~12)
T EAT The results of measurements are S'ivea.
Abstracter's note: Complete translation.i
Card 1/1

U857
S/081/62/000/024/007/073
B108/BI86
AUTHORSs Vavsaru Ch., Ungureanu, C., Fodor, T.
TITLE3 Separation of the binary mixture He-H 2 by means of thermo-
diffusion
PERIODICALj Referativnyy zhurnal. Khimiya, no. 24, 1962, 77,-abstract
24B535 (Studii ?i cerceta"ri fiz. Acad.RPR, v. 12, no. 4, 1961
825 - 838 rRum.; summaries in Russ. and Fr.
TEXT: The operation of a metallic, wire-typq thermodiffusion column, 2.6m V
high and 2.2 cm in diameter, is studied using a standard He-H mixture.
2
The operation of the column.i-- described -in diagrams illustrating the
degree of separation (q) versus time for T 2/T1 - 2 and 3 (T1 - 290 0 K, T211
is the temperature 'of the hot wire, 0K) and versus pressure p for the
range 471 - 970 mm Hg. The experimental dependence of ln q on p is com-
pared with that calculated according to the theory of R. C. Jones and
W. H. Furry (Rev. Mod. Phys., v. 18, no. 2, 19461 151). Their close
agreement is demonstrated.j The analysis was made by means of gas chromato~-
Card 1/2

S/681/62/000/024/007/073
Separation of the binary B108/B186-
graphy and subsequent measurqment of the heat conductivity. The volume
3
of the sample was 6.2 cm Illustrations and diagrams are given of the
column, its electrical circuit,'and of the unit for preparing the mixtIAre
and filling the column. [Abstracter's note: Complete translation
Card 2/2

VAS,ARU, Gh,
Preparation of pure nitrogen. Rev chimie Min petr 1.3 no.4.-236-
237 Ap 162.

VASARU, Gh,
Optimm conditions of separation in a column of thermal diffusion
with warm wire; application to nitrogen isotooes. Studii cerc
fiz 13 no,6-.91+7-957 162.
1. Institutul. de fizica atomica, Sectia Cluj.

VASARU, Gh.
Optimum separation conditions in a thermodiffusion column with hot
vire; application to nitrogen Isotopes. Rev chimie Min petr 13
no.10:592-596 0 162.

V2.ARU4~h-
Y,othods of separating stable isotopeso Pto 1. Rev chimie Hin
petr 14 no.4:223-228 Ap 163*
1. Institutul de fizica. atomicas, sectia Cluj.

VASARU, Gh.
L 0 F
Methods Of Separating stairjlr~ Ft-2 'a', Min
14 no.5s285-289 llq 163.
1. institiltul de fizica atc-mica, ClUJ-
11
-,A

VASARU, Gh,
Methods of separating stable isotopes. Pt-3- Rev chimie Min
petr 14 no.8:474-478 Ag 163.
1. Institutul de fizica atomica, Sectia Cluj.

VASARU. --91, .
Methods of cbparatirg t!,,) ,ltable isctl~lopes. Rev chinis
Min petr 14 no.lOz6Or ()9 OT-'3
1-6 a

VASARU, Gh.
Methods of separating stable isotopes. Pt. 5. Rev chirnie
Min petr 15 no. 3: 156-159 Mr 164.
1. Institutul de fizica atomica, Sectia Clu~.

_.1AS
Methods of separation of stable isotopes. Pt. 6. Rev
chimie Min petr 15 no. 5:291-295 My 164#
1. Institute of Atomic Physics, Cluj Section.

VASARU, Gh.
Applications of stable isotopes. Studii cerc fiz 16 no. 6:
701-728 t64.
1. Institute of Nuclear Physics, Cluj.

VASARUp Gh.; BIRSLNp E.T.
ApplioatIons of stable ieot42~_s. Pt. 2. Stu-Ail. core fix 16 w.1rit
120?--1230 '64.
1. Institute of Atcmic Physics, Cluj (for Vazaru), 2, Chair of
Toxicology, Medloopharmacautioal Institute, Cluj (for Birsan).

ACC NRt AP7005410 SOURCE CODE: GE /0025/GG/009/010/0301/0306
AUTHOR: Vasaru. Gh.
ORG: Institute of Atomic Physics, Cluj
TITLE: Experimental methods for the determination of the thermal diffusion
factor (Survey Report) [Read at the 4th Conference on Stable Isotopes (ASTI),
Leipzig, October 1965]
SOURCE: Kernenergie, v. 9, no. 10, 1966, 301-306
TOPIC TAGS: thermal diffusion, thermal diffusion separation, thermal
diffusion factor, isotopic mixture, isotope separation equipment, swing
s
eparator
ABSTRACT: The magnitude of the elementary thermal diffusion (TD) cff,~-.~ %,,L-
a certain isotopic mixture is determined by the TD factor aT. The.~-'!:,ur
describes three methods used at present for the experimental determination of
that factor: 1) the method of the two reservoirs has been used with many gaseous
and isotopic systems. It has the advantage of a simple apparta-tis, but has
practical drawbacks because it necessitates gas manipulations and the elementary
Card. 1 LL-

ACC NR1 AP7005410
separation process can be repeated only 4 to 5 times, which leads to a small
separation factor and, hence, to not very precise determination of the TD factor.
2) The swing separator method permits a more accurate determination. As it
needs small temperature differences between both the cold and the hot ends
rather precise determinations of this factor within small temperature ranges may
be performed. The operation time is reduced, and no gas manipulations are
necessary while the device is operating, This method is used frequently for the
determination of TD factors for isotopic mixtures and for gaseous mixtures.
3) The method of the TD column yields rather accurate results in the case of
hydrogen isotopes. In the case of heavier isotopes, the precision diminishes.
Because of the practical advantage, the method is recommended in all cases
where 'only qualitative values Of aT are required. Orig. art. has: 6 figures and
40 formulas. [HS]
SUB CODE: 18, 201SUBM DATE: 15Jan66j0RIG REF: 004/OTH REF: 010/

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00
00
TW 0,1"t of the reacting lu#41um upon lbq hydration of carbon diamda to MILAIllIg
00tval, AND 1, VASkT%tv, ljj~y t mi-,xw 46. WA AW4 IRR)tv cf. C, A 24.
IN.-IWVfAIUI oko"d-tho retsMint sjK-VtW %IJKRt (tit MC0191 Ct-h
so NZA ttarwhhw,4~hMAkin wa% Usud as art
NeOli. The um prin"turv
.00
0 .00
00
.00
so*
309
t:9 a
LAO
a tf too
Iow
d( K It 19 it K (I it tt KID I I ft,
'a j 0
0 4 0
0 0 ob 0 6 0
0 0 0 0 0 * 0 0 0 0 * 0 0 0 0 0 0 6000 a 0

..........0
jr
is -2 If 1& 1514 11111 ItMP IlanIdAM011100911 V "h $1 X If If U If 4S
a 0 P Q Ot W ,I iX-A- ?_j As 94 M (tit I I I I
A
F11 flits
The adefirlIffloss of 11141WINOM IhigAI UqUAAL AIIIA. IOW,, .00
CbkF~?' 4U, 1 111111.41) - 11W '41 .1tas".3 I's *I$ AII) "111.6 ), .40
fraptes. I lit cattle. slum a lyl-k-al r-11w. indicaling 0 frVVI.04" interliAl an-I sulf4cr
0 condensathin. I he curves fall Into !,I groups (1) Standard ourite, pol5rartilln wid .0411
00 supranorite 3+ adsorb very little 11,0 from "ns. of from a IflO atm. (2) Supra-
00 A cubortiffin. cutforaffin. suproanorite .1,4- and radite adsueb 160 from liu.ar soins. wW 0
1. an atm. of IW vapor. The duraffal in Cmp 2 shozz a Wort pixomity (detd. -44
08 4 Itorn Use actual op. gr. measured in 1W). Supranarite 3+ represents a troonsaim be-
* 0 1 tween the 2 groups. Sven the snost active charcual dots not Am life oosm~ adsorpulso -00
0 for grains of different sitIrs. This Ifewints sisucls nuirc prtsfulanctil in drsorpt" curv". see
The internal and surface condensation of water incrtus" with the, finene" of the char =of
10% 3 coal. A carrelatiffn exists toctwwo the Internal ctmdensatkIn III HP in chatrual an.1 the 4_00
416.0 ImbibitkIn of 11.0 by charcoal in JfgO. The series for a oomplt(t mtw in the ued" of
0 12400
decreasing rates k Radite >supra-cartfuraffin ;Rsuptanoritr 5 + >car6waffineflupilt
sw6tr 3+ > IwJycar" >stissidard noritt-. The Imbibitkm depends u1mm the site of the -.0
capillary I-res; a great" curvature A the MCMLWUS Istrimses the prmsurr af.,vr and
0 C(n3sequently a decrMwd internal Con-Irn"Ilon omm FIRANIC MAX9111
40 0
g moo
200
Ile
1104. IWO 9".
it -_ ~41
-U I I . V r 4-1"; 1 An -4 *j or
A, 10 as P, IT VI 1C n q Is K U III IC K KW '1 1 94 044
0 * q o 0 * 0 0 4 0 0 41 o 0 q * 0 * o 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0:
0 0 0 0 0 0

0 * 0 6 Ol e 6 04 4 0 ---so as v a WW;___
MO 040
*414
0
00000*00000000000 0 0' 0 Ol 110 6 0 0 0 0 4 0 0 0 0 0
e 0 0 0 0 0 9
6
03 11 1 6 1 4 1 a
ft ff P_C
A -& t v 11 11 u M 13 64 it M M a
A_L g_M_ a 11 v a M a It M U id a b U a It a to
0
AA M cc St Q U ad a
It I t--voo

100
A '.
I

0
A"
ti
I
h
l
IM Ad
d
b
l
hh
`
u
caL
n t
e car
on
an
ayst w
acetic
Pupt So
oorp
"
'
=
.*0
0 A Will. 1. 1,
AC.RA
AAA;xu, Uay Cakrorar. 49, 171 -8(IM). -Acdvstrd that -
J. %

0 0 t coal which has the sliy~ Attration time shows the grfttrq. no. of asnall gmins and -40

410 po"esses tht greatest surface mW internal condensation of water vapors. Ulth to g
t 2D'
- 7
50
h
l i
fil
H
0
f
d
b
d
f
f W8
Z
.00
0 * -m
arcoa
n a
a
.
an
ea
o
c
ter,
a
o
pressure o
x.
2
, N
per sq. on.. the incrMsing red" of filtration il: supra-Dorit5l..Supra-notit3l.csttx~- -00

0 raffin. Radit. .1kipro-carbaraffin. Polycasbon. Itandard nMt. The rate of flow of llrf)
0 through the charcoals varies exponentially with the pre."ure. Changes in temp. altrr
f1l
0
At hi
W)
i
W
h
b
id d
0
0 cW
so
t
.
tyn
er temps. (
. 4 rap
ow occum during the firyt %use
j
g

00 -if filtrution; the process 0( wetting the surfaces Wo P&CUng of laym proceeds slowly
at hi
her tem
s
m
The rate of do* throu
h ch
rwa &c
e
witi
i
d
i
i
.00
.
".
a
r
e
ncrvase
v
settm
s
tv
x
p
g
00 j; -4 -ugar Wns_ the degm of col-Iring had no effftt u M the rate of 4". Adsorption
o 0 o
4 CIIX(X)ll I*-run vffy relAdly during the fint
dus. of CHIC0011, C&tn wal
00
00 eltalneil when 11. ClW0011 (1 818 g. per 1110 cc.) was used per x. of chs- 1.
Ayfx MA
F 4
o0
x
PP" z
0
zoo

O'S 00

I'S 0
'*0
00 '00
00 6
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.
60 it,
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t
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f
0 0 0!0 0 0 0 0 4 0 0 0 0 41, 0 0 0 0 0 0 0 oi

it q 14 is 1. 'y u I, x it u a it v I. v w ii A', J1
B
r.._D L a P" P 4 It 1 7:.V I I A& tt
-4 0
.,

aide. 1~ IIJDISlt AND
diation 01 catWu di,
H
y
I
,
carbovic acid in satumtJOIL
j?ep. 54,413 A. 24
k
LNUTU
d0- F
h
.
.
o
.
VA&kmo. Z. zwkerind. llc 0
-00

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&$A-SLA A#TALLtPGKAL LIMAttlSt CLASSIFICATICIA =00
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'VT
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9.40.0 .19 dot 481

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j, tjjM &ad-j.
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blkw4~m~`WWumkAydruxldw and
dlimiolved tub*% d6dib6 *"'#Aiw.a susawralI6 .00
04606" Is P""S" no*
-COO
4above
fj ma 4swt I**
004 ~pk: of, the logarp moo
latio of 1-" reactial embsieum.
~-I" see
600 M-AiO o6 Oq waclism, but She
lmporw~, I&cw; ig, pot". ty"Jit can"*
L-e-
ti
egmt
or- iffects
additive' ""Mmas not strictly
wo 0
too
S I L A mITALLOGICAL LIT91ATKI CLASWICATI"
"It Q.T
(A V0 .1 It Jt
0 9 ol; 0 4**so* 0 *1 so* 9 0 0 0 0 0 0099
J

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Mpuh4 fill )!*
6s r0 IA_
A-AC. CC-* a' --A J-.1
.. I . - I- -- .
CkrilloWon of bmt JWm by redwood Ilaw
1931. 56. "for tyh-sl
clarifimtka of too Jake an ob6dmd by the use of Im
then the ousloww" &amble Of OILO.
t6
WAY involve d6solation of a POOM
Imatter. Isciducy of cl-rikoition Tarw Wi#A the
tesp. (A the solu" and, the time of tresUmL A
metliod for determining the optimum Coo domp in
A. 0. POIAAW.
as $III am O.W Ali
0 1 ff N
0
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0 AV 6 1 4 T
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-00

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of

0 A4*oTon It= $coo" solutiona. IV. Sacmit wording to the istrahm
MOW. VaIioswx.. A'41. j V%,nA /.#,Iv Cm#,--v 49, '11-N to-IlkII,. --f C .1 24.
Ass?.3 Nucrv~ -Iln, I-mrf list tim,1,11111112 il,vl .-I S.I.T.- .4.),
1 t44", ro, 7. :11 at '-'W virtr pa--l thrmigh M x dry chamont proml nit in 14%,r,
so 1, Th,- %.4 .4 1.41.JFIS jhj,nj4h lhr Choln.1 JAV~fl JOCTIA.%
I'll I irk
"-flv ", th t1inn- rtw imw n,km"A lw th, it.,. .4 :4, v 4 tit. mict- -an

all,., I'll IfIrwo-I)l Olarriul, n-1, 2.
0
I-Itral funs 49 %-v . 111.1 all." tit' I I I 1~*.I--
ond rudlir INI w-v I he '4111, aill- a. it 0.1jill, I oofill vsm. I1., .111 -111- -1w1....
bii% little rfftvt nitton the mtr of If,,w thfmIgh chotrt'-ml- Th% dfl I-11-1c,ml ad-ch, onto".
"Atri than mlorc.~ during coriv liltwi.m Illol6nor tit. mNO-A jit,f,-r against vi4
of -In filt"T,I -h-tswo~d a tYP"t i-thrrin witis an G,%% noplmw it 41 "1[ 4 No %v
.11 fillrf"I sadto (*,,m%l mimm. .,In. d"taird peatir If"In wall r curvu., sharing the
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f

0

0 ,,-rptifin tit *umV%c mav Kvue The nsav -tk,r,- 34.0-1 fly file- Novi mrib-I o it,,
jarnr as the nomot nwmw all-orNA toy closimiul in sw1wmitm, pruvidint the mme ratit,
14 -411 it, rhAf"ml 'till- LeAChing VIIIII -Illose 3 Nnnpl,le trorrribilitor tif the ed

-n-tion 4 mier.- itl-ii rhav,,~l FIt4mic NtAwv5to

e
a 0
la
00
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I -I-7A-
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load,

VASOKO, J. y. L, sty cuRrovar, 49, 223-63% (1931)
JAIROSLA"I 501'r-1 -

A&
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4 f r 9 Of 14 if 4 111 it 2 ai~ St a is v a at a I a a de
K It, ILI at I
4. A I I - A- t A A
so Ott ..0 Iw CODIRI r,cre-,
Go 11"ftws w -Reece 14% --of.
sts"m of beat jukes wft a 41111111islamd 41111"thy at UNMN %,AIATKD
di
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o
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I
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W jXq 193 1)
s
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.
prar
m
MOOly(
%
00 it nt iwet ikpuvo c. cm. dimm".Out io drmcvibrd~ V~ nmW41cirs every Plant capattle of
00 mpi4xing tbc F40cvm vrittisul altering the . pr-ni app-. If"W"It MA.RXM .06

000 :0 0

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ve 0
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it
JISIS-SLA 111TALLUVOKAL LIT111.114069 CLAVSWOC AIM. C-2- ,so
Se
(IN 4.9 it,
u n AT 1*0 U II a a 4 a u n R 11 ILM R I u t 0 be a a a I w 0
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Ott -00
-00
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des
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saw coo
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00 tvw
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-by
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ow
Data 6" 0-T ira by active
angeo" Six" - ce 0
is Views - on the
2=600-VA - theoraticiii. With 000
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cat w '192fth Inijum see
ot solution the
meC tW of adwfb~Dt , leteCtnint4l we 0
a wastant T, .Me vbe% -
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Sion or the U7w no*
lg~AtWf C-ISVICA11" Iro 0
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sell. An sooncoical digestion of sugar-beat liquors with lime. J. Dedek
wA is vasatko 1. Suckerivd. Cechoslovsko Rep. 57.1-8(1932)*-800 C.A. 96, 49
-00
76* .00
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put
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4,
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a
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t6juctioa Of t6 amount of
mm":
&"
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.
c*() ma mads b "a 0
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beet J*O at 69 iWaft *MP6. the
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.
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lit about 15 mhL, " MOW" of tba 0&0 WM add" 40 0

mha
it,64
W
W 1
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6 "%M%
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with & mlinuava mmm of M udfk4-fime Was at
464 d;;L; tho entire "MUCA
1
6
91
MO
G, awe 1
, (about O-lb% C60) is Milk-
WhEalt
th
m
0
1 100
e 9
mu
y
No v&ftm4t&tJv# may be ol*mW
WwJ; or Had
It
diffefs
ll
ilk
it
h .
1900
a
n
e %
a mstipet that t
y
Altematoly In Mm
th 1"thotta
B
i
h ago
o
fAWU-
I t
e IPt
only modatsbAy Irm cO 0
show 11 Ad" imptavetnect In juice dluability witit

ruum mpoy S;Ndefemw of, t"Lag 16w*r
=1 moo
1
J. . 0
10:
"
a 11 U a m a ft v m p a at a a a *to
1-4. -AL-A-1-11 k-A-k-
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sconowkw dwKst6m of bnt )mks Wfth Hm-
of & :1
J)jt" and J. VA41M M YMkOd" CWWM)Aov'.
go J. rT41&'hm*A to abant 85" 11,
102,679 1-0-t~MW
go 2 defosteif 46t by is evotinuo" ROW Of MU-01-11"If-
by WN ISOP 040 whih ""Undy Atir-
V lips. Iralmooftv After is mm, Wag 0.2-0.3%.
MY 1110411 vAutninotts ppL thu4 forptit,
h Itmily jejalmW suboeques PONIM Otntieft
podowing this. the rut of the Ciao in added in any coal,
"Aleut manner. Tomb Me& with in
0 Laboratory and fao$my show It to x1vo a minarksmy
go fillsation. *TOM whfn the 1,110 IlIve in mItIcloft to do III
J. P.
0 see
so*
L-7= I L A 94TALLU"KAL L11FRAILAff CLAMPKATiam 9-8!7 a..*
Sim 131,14111W0
QN,
U 0 AV to 11~ I N a I as a 3,
-I[ rA ~ 7
10 op of W It It III of if nIt A I
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so
r/
Is A6
00 9 0
09 a C/ As OCODOMIC&I 4111904111" of Wes Juices with IW*. J. I)Auvs Aptp_j, so
'Asly Cwkrow, 513~ 401-6002); d- C- A- At Mt.---A Continuous duw-U MANVIdr- 1
o S lime goaf 101. batch otraw sauggesofiL was fegul&tcd so that the alky. C~iwdjj_WOL30%
0 C40 In 15 nain. Tbc fritsaining quantity of CIAO was added according to the requwv- -60
00 a m namts of the Juice or main The treated votin gave fosphl Aittat" ret" even with Mall. .60
t! $00
00 This clarity and vatkar warfe functlammul the total CAO maNied I-011W stal". metal tom Itatt
0 ar d"arn4kni summa the nukle W the outda. 11w smane Immevat wax ationslited in 6 cam.
rotabliallintnu on a (Wory wale. Muty mtratim was Wtrvvd even in the Isitlence
od 0.14% CmO. the pressure ia the filter presses was decreased. The removal of Auger a**
wastim complete and madat with less wash water than in the usual prqIm=. 11WC&0 coo
go arnat dcvrr*wJ W bvit"Ir I% without affecti" Uw tvinallulng tarwat-ft P. N1 WO*
11110
0 0
go
ji r ISO*
CIO*
CLASS"'KA"C"
Two*
I)., *J. A'
*g, of 411 LVX 4--
f 11 ----- -
4 ai 0
It a tt It 00 0 41 0
40 *000.9 00 0 0 *0 0 0 0 0 4 0 4 0
!Zei : 0 0 0 0, 0 00 0 0 01111 0 0 0 0 0 00 0

0 0 * 0 * 0 0 0 0 a 0 0 0 0 *00 001000 99041111141111 of 0 0 W-W W-W_
0 6 0 0 0 * 0 0 0 0 0 '00 0 a o-
0 0 0 0 41 0 0 4
0 0 0 0 0 0 0 0 0 0 0 0 0 0
1
) It f s , W o. is it is 1114 111$ 111D.11 11 it .4 111 .6 11 10 A AW to U LI $4 A Is it M 11 1, 11 1.' It 41
IV (11
00
t
00
A
go so: _00
-00
0
00
00
fe 0
00 The evaluation of raw sugar$ from MMTiALa &ad .Silmian sullf establishment&
'
from the 1031 campaign. J. l1kveK, 1. %
A.4,%jx,4
'
Vkitnpj,~ (4:t) a( raw idi
MWIT 1:1 loq
00
III.-I'ttlore")fs VVIIII, fit. 1, 11.1vollvill, last ... I Ill'a-tart- I., tat'..
00 !
.
; X
.
00 '3 1, I'A -ant,

00 "Ittl hillillirwelict. I'trylvircy varvr,t mt- givVII Isis all 4411,11v, Ille I,,jJj z0 0
00 j f.twvull Ill,-
**
-41TV ffVvr
allilfty. Ill-t frhAr". .I% plit-q-41 a, fit.. I. Ilm-111.4twol 1,,f.
00
00 a is I ...... it, .4 'Vall 11, 1.1"Nal 1'. J.J* .
se am I', - vv a, Iorad.rd (.a -a-1 ......I
%vA
00
00
=K1
~
_

,
or S4 It It It I
., " 1, to " 't " it 11
I
0 0 0 0 0 0 0 0 0 0 Ill 0 0 0 0 0
00*00000000000000000 0 0000000000000094000

F 0 rP q~ 4W,
9 a III, a 4V G. 6 0 CP IMP 4 0 9,
0 0 0 0 0 a 9 0 4FO-
A A; Ilb t
A
VIA 0 0 4 0 0 S 0 0 0 0 0 a
6 0
Coagulation Im beat juk". 1. AAM modlit nd tM Cossulatift offin"--
Cukromr. S, 415-M, 423-7(11133).-Ticet hilers (50cc.) cleared by -00
of tiRwilusing were mixed with the ac4d lit"s. a01% M* '70* fRI*or9H*1oTl5mltj-(oPtf- .40
mal time). cooled to 20% mA& U? to I'll) cc. with 110, ;4;krn and filtered. ONwthe
range ft - 1-7 and at 20* to 90, the pirrreatilat of coagulated total and Lannic scid N
reached a max. at Pu 3.2 -3A while the a. surface tension. rtlati%e visc-asity and fate of
Catapboresis rmhed a min. at the asme raw *. very little differtz" exists between the
00 rvoults obtained at the 3 temps. The studies wete checked on ovalbalmin. The per-
00 ventage of total N coagulated and the ash in the filtrate were studied over the rwv pn
1-7 in juicus heated "SD*, GO and 98* for 13 min. The:60" Letup. coagulated the most
total N over the entire rup; higher temps. decirvased the tow N coagulated by 10 -
15%. The optimum pu for all temps. was "-3A. The most ash disappeared at 20*
00 and decreased with hiqbcr temps. over the range pa - 1-7. The mile. for all temps.
00 is at pa 3.2-3.4. For one temp. the ratio ash: tow N 6 CMist. throughout the 9:00
aZate ash bound chemically to the N. Various dihis. of the
*9 entire range and may i.
Maine at 70* decreased the coagulatirm. The percentage of total N coquitated
00 it lose
00 a 0
00
200
via
AID ILA "TALMISKIkI. 1,1TINAT609 CLASSOFKATIGO C Z -
VIA $IV,
talus) -it -1.- 309 1111,1114-1
U 111, so As -a Owl o N 0 1 W IN a a
a It :9H 1114:49 It flit it otiusin I zq
Is 0 60 0 OT
9 0 0

A
00 F Q R
e a Le 9 e
a Usk -ojo 4 6 0 0 o 0 0 &
A ii 1~ t~ 1, r,
I I
a J,
A the bo" of sagas br 0"
1018 Control 4r. LOY Cukrow. SI. S30-7 "Inml Ifonix brass irrOffAVS
and D. Panz
00 ir In the digestion kgttks connected to a 16 V. ti-Ansformer and a rilillia-P. -00
of
lbrouglKaut tbia and "apa. processes. in irclined sue" solwi. the
00 t were crunde ras of vM limited use. Miring
91 cond low and the Nano of nwaint-ts 1 .00
'b =.( lds:tion kettks with the sugar Uquors the ",nd. exceeded I(N) ruilliA21111%.;
06 e
4: ca. the cwjd, deffftwd 10 21) mi)Ijamps. When graini of sugar began to .00
during the can c cond. to 40-60 MUMPS- followed and r"Alued al this level I W O's
00 form, a rift in tb -00
hTs. witb a slow dcrtessit during the I"t hr. Although a conen. of salts occ-nis during
oo thip 411girlitall, the PfCK- Of Mstals, Increase In vkicosity and a lower trinp. c,)mp-- .00
06 sate for this coacu, on that the ctind. remairs about const. The uscfulne.,A of the
06 Ntititums cond. jora%urrments in the NO- 1% ifiqcis~d. Frank Marnh
00
so
00 ;TJ
j.
I L A ANT A LL&'*GKAL LITIRAT1,41 CLAWFICATIOM
00
a-9- t L
is 8- T-7-
U
IT P trip OrK Kit Kit gcgtt v '14
IN W n i v4
OT*10 00 *0 *0 0*0 06 **of*
.00
06
.00
.;0 *
-409
AT
I*******

a 0-0 0 0 0 0-0-0 a 0 111-0 UM I- M-A I
a if 36 i is is 10 is it it U it A N V a a a it 410 a Ce
1. 11 11 .0. .0 fall 14t 11 it, to . 0
I _L_AL
A I
to 400 _wjff
PROCISS4111 AND P1110010T1111, WMA
00 it The caligsdatims In beef jaim. U. The acid nuice and .0119
The paptisadise of Off Cosgulism. J. VaMtko. , Lidy in which the N.:,V. ratio became large doing the Proof
00 46 Cakfamp. $3, 149-MOM; el. C. A. 27, MU.-After of difruskia more prmr%%ive peptitation arvurred than .00
00 9, an " beef juice was heated at a definite pit, the codgula- in pres" jukts from the agate litets. M. The add .00
film optimum was attained usually in 15-a) min. The faage; the method of adding adds and the progressive .00
00 a "witulum fivigin the Juices of some hertz was not altered by coagulation. Ibid. 07-M.-Aftrr detil. the optintal intske
00 8 fuirther beatings for as long as W) min.. from other beet adda. ol IICI rrquirrd for coagulating the protein% in likvit -60
V. finds that by dividing ihi% quantity inu- -irndirr .00
the coaculum begin to pWije during thin'Werval
pWisatiols occurred In is Juice &I & nadve Pa. it 4 incrtments and adding thent at %hort intmak% tbr amt.
would am orettr In the same Juice aridified avvr -.he entire of the caligulum was ircrea-&A. The nwAt toagultim was .00
acid range (pig - 3 to 7). An incrraw of the 11.1"n cohm. atlithird when the optimal quantity of IICI wait ~4dcd con- '09
0 o'r in the "I ratio rag of On-otidary fin tence lit peptila- lintwusly In a fiair sirrsm. this nirlhod of adding The itrid
00.3 tbou. Ity dils. the jukv. the codsulair. Without intcrruption Is called "pitigirmivr ctAgulAtion." '00
I Pf(kvs,i WAS re- It produced a max. coagultun with & tirrminal pit 3.3 to aeo
0 0 larded, but the "lization was rnhanced. A Arcompri. 4.0 by heatias at 00* for IS min. or 7V for;'U min. fligher
of proteins became evident during the time of -n- be- 24 a**
004 twr" the coagulum anti the dispersion Medit111- This or lower temps. than 61)' necessitated heating for I -
Oecompa. increased with a rise in acidity and with an lit%. The congulawn produced by the progresttive tnrthod
00. S dimolveil very slowt in suing. over I he pig range I to 3.5. too
increase of temp. Adda. of Ca(CRaCOO)#. CR(COO)s ignee of labile and nictasiable, tvitioni 000
001 or Call# belped to peptile The sediment but decreased the -
(whM on the coagulation curves. In the labile rroln. grainii -4 jr 0 0
001 b"J"aguialion. Injuices whose N.:N# ratio the cotigulum can form but cannot grow, in the tructa-
Ar. represents the percentage dericase in tannic " 14 a 1e
a N) incttated dur- tab rcilion the grains can grow, but others cannot fitirm. coo
ad No the percentage detziresse In total ideal. For an insol, crialpilum. the proct-t of coagulating the
ing the h,-AlIng, a provirsitive prptintim was -V proteins produces very coio~c particles. The pttsgrrwm%e '00
in prestied jukw from fresh bmts. peptitation dki Dot QC- cmigulation begins lit the tabile lesion and gives rise to a '*0
4111, Or very %mitill; while in pieswd juices from altrtcd
jkw crrusin no. of swaint. The w%t incterarnt of acid Wings
betts, the proistiflow; was apparent. In difluitkin '00
00
00
IRALA gl?ALLYNGICAL LITINATLOO CLASIVICAVON
00
41-Iftv
00
a 1 no -.A- M1311) .111, QNV "t
. I r q I I ad a 10 9 1 x 1111 9 As 4 3 1 W
00 U 14 AV 10 al" 0 K a a of 9 it U C9 a 4 "0 n An 0 0 0
0 0 0 0 0 a 4 6 0 a
a 0 N 0 6 4 0 * 0 0 * 0 * 0 00 4

A A
go's
so
es,
00 W
G or
040"IS MAIII PO-LOIS141 O"S
..Alm 11111,11111w,
dn1w pi wm
okaksd #A
w;;*_A'e41v*vw by ow
VIM MI, 1015).
vw- -Ih4'w= dw-~Ww "ists
obtaimmod Wroogbout Q& tft*VWM" I; 1110.
SLA SITAI&MICAL LITINAVISE CIA$$WKATMP ~r'
leads.) wit aftv 44C djun am 0- _41~
a
V__f T SAAR& to rw* meriwimeaf: 39 r-
Off, t, St Ot a At ;Q06
*so
-so
Nwo
.-,so
1* 0
X*o
0

;D io 4"*-44 4 0-0 04 q o o ke 4 W
40400460046000064
a IS
1
u U1
t
4
004 1 job AND 4tm C10111 00

0.4 dow
00.1
so c

00
"
see of lqu son. -I., b6m.
*oo
,3 1 Woo
00
Go 0 N.
48 1601 a" WWAMWWW* i4s fAWvr1v4 Aviet.

0

O*W malm, bwk, memo, a"Imsy, Ps Vol.,
gee
0* wee
0109
L 7% "IQ
jWSJWjj* no"~, for' A-Lj- 499
N

tLmfr bowing an A"Wti, at Vo*vS qZZI In
Ipn o*

9
d A :
:

A$&-ILA 4*1 LL LIMATIMPS CLMWXATM
91"41 IVA - also O"Of
-4460416 It. sasaw "it Ott eac
-1-1, a 41AIA -at G.. Ail-

WX
U N 40 a 1
0 0 0 0 0 0 0 0 0 V * 0 o 9
0 0 0 * * 0 0 4 a 0 0 0 0

#--
0 a a o 0 0 o 0 o 4 0 9 0 ar 9
-
0 #0 : :
0
0 0 0 0 0 0 0 0 0 4 0-0
10 0 0 0 0 0 0 0 0 a 0 a1 0 41 0
T
0 9 6 1 1 0 Is it 1) 13 w is 16 it m N a )I Z) a J# Is 26 1? a m It V It 4 0 16 11 is il 94 41 la a re
A Q it I I IA 1, 1 to u
11 L-I-
;
24

90 -00
00
96
so z .00
MOO
a a, . =00
A Goomm fw %dwdW 00:i&W Is ths
'T'~~
-
IM
I
tho. Uily Csokrovar
- VIM
Mdek a;141
ven ot A PfOgram
".A -bHff r&UM6 is
41
l
00 -
V
44
(
d
i
vances
n
Z4ted for instm"ing the officials in recent a
0 sugar techoukgy. Frank P-lam- h 00
Z*o

00
moo
.00

Alto ILA 111TAMIKKAL LITINATOf CLASSIVOCATION Ur
woo
AK i I I CW 0 10 9 1 OF P 5 AS I
u
"IlloopAl Olt ICU or a n it K No a A is AQ

* 01
0 0 0 0 40 0 0:0 0 0 0 0 0 9 0 0 0 0 0 0 0 0 0 0
0 0 * 0 0
0 0 of 0 0!0 0 0' C 0 0 9 00 00000 0 0 0

VASATKO, JC3EF,
JOKT.- PAZLEI~, Li qty Cukrovar. 52, 1?1-97 (1934)

00000000 Deets vow
0 '1

0 0 0 0 0 9 0
0 0 0 0 0 * 0 * 0 0 6 411 0 0 0 0 0 0 0 0 9 0 to
0 0 9 0 0
, a 8 1 0 1 1
-A C -L-A t- A 9 0 a of W It W to is ft 4 We Is 10 at 11 Is U 66 Is v x W a
I
l
, JO
J
" " of a 41 a 0

oo A
M
MAC -A-A A A d A a
Mi
l
-it I-0.041D4111 so 4-0 At- 0#0941 ~s.-
00
0
0. "e Camsela" Is beef -keg. V 1b# alk4wo raw
and dia *Mmcis
# H
s
i
l
, t
G
a
t, 1y Ca
romp. $2,
cf
C
l
i
i

Got .
. coagu
on
at
n

-so
s twet lids on the 'N"Wil ()It lone produmi fly
4kvit depe
timunk
1
21 Il
Ti
0
1
C

o 8 4,
4
t? VIMAU
11?
o.
be itnt and tun an
p
of an WIM&I Im1p. fit IW and at a PH tot I I AM; .00

00
lo
a it isvilglWieltmilAyd ma. N culmilitt (Inotd. fly tditit."D

i
b:
s tui not by an iooek%. point. fm Or calapliumb is to be
9'
tion is
l
Th -00
e coagu
a
.
- -410
to At nin
Ible, for after S&MIF acid%, the (Optimurn c1magmiatirm m
00 a "IfTWIly. The 2 17.11111111AMentS P11111. W)WtGtWly hy 01041%
11
00 Ohd taws art ppid. together fly OW Colo. Comfulotinit
e
t th
an
(
l
b 0*0
00 es
s
mutu a
ravTv t
ropt
the thlas.o(the b"t juim
Pv. and only the quantity of fbc,~oagulatrd wdimat ii
h 1800
as a
00 in
thministwd. Preawd jukvs leave morr sedinsent t
ififluslem jukvo from the same tows, Ilestingthectlap- west
00 with an addis. a CSO leads to a pro.
lated nateprnsion

0
go 'r N?VWVr jWPOS41614% 44 11W p11141111121. mausim jukv.
at and cuistabi a
t
t
d b
nw
iva
y PA%w
wkk-b bav* 17n Itere
lafgv mt. of IOULO radticts frun proteins Auv eask-t to Areill

o*
jvpdxv then fmb julm. The me(bod. by which the n
'
CaU is a&kd to the beet Jukva, Wduvnm the willinvoi. moo
fly a,ming 11W 4+11111161 quantity of Cak) W a tonlillwri%
,
'
0st ill
s
t
i
bil
l
000
r
ll
l%
v
A
e t
plu
slormill, The 4-4mSulatkin t1mils
a metastable state and leave-* a coalme Willitivill whill
mim of CA). Flank Marvoll,
4imolves slowly ia an cu

o**
l"Luatet" imesivat (LA11we(AVICA,
111493 .40 Qw~ 444,
At
Us 60 11 : 11
0 IF IV spa *40101 Item tin 4
0 0 0 0 0 91 0 0 0
0 0 0 0 0 0 0 0 0 9 9 0 0 0
we*
ir
1 ad 0 Is 6 1 N a I Am a
000046

?
A-
Of A
00 A
00 C
009
**a
004
0
ood
of
Q At L V it A-A _-i- A
- A

00NIUMM of beef juk". ..,%cW rwi&, 1.
71M uptimeswits 11. peptismian of i
dwCOMANkft. i=VAU=Z(?- Zwkerind. Casolloslov.. .00
19". 39. 6b--M 73-". Wj-lfx~--J. Lxgmmim jww
(1) was (ONAA to have an apdamm'"agwatica mub
lawar tun ORPrmsd ink- 111) for tbilasm beet, The
Ximum ps is rAt a GW W., but Yuji* anoWisg to .00
GlIturo Of the juice thm too to time. bola# for (11) see
ilk awat C*Aft about 3 - S. (1) had an ufAitum vai.
t f
h
h
Z =00
lart
at on t
e AC
yo
X coo
11. The infivienve of do natural addi!
y 9( #1 ""1
f" coo
.
beet ju;CV 99 heating Wall stadw. 'Aith.the
Juit"
(
al
i
i coo
u
sow var
ts
tt
ter madilag the opthuum rta#u1stiun

the "pubstr rptuains unaltand, even awr further see
beating. whelvas with 04wr JWM PI tiun (P) of
M
the owgulato sew in. 7U finemn
on murring
on heating the ww juw Is no ft&iq$Ajr g"t to alter
th
l
rrviou
ttuanyollest. Wb"Poemnatibenatural
seWly it can aW be brw
aftilt Aloof, ka the same juk-v.
by ackMatim as a Joww ft, and ollavvnely, In
juim from posid beeft lwowswed P
.-under t" to"tiolvi. i r ..
---- --
8116111 am Qxv I'll
fw 0 N V M 9
GU U a
0 0 0 0
0 0
JIM
coo
coo

0 so *9*0 0
I I I 1 0 fl 11 1) W fj 4 it 4 If
! X A 9 A 0 0 41 0 13 40 0
p IF AU 't- .
o0' lob 40. 1. 0
-savool.-
PwIsal A.& 01"INVIlft mots
00
43- :V -00
So .06
*0 -00
00 Add "p. fit. AM
ISO a J-VAUIMQ~-, -40
00 1934, 89. W-02, 153- .00
157 ft, ILI *tow Wchaniffln
00 .00
so by "crag
Ock wao sumismi, J~ being obwxttd that on 400
SO 4 200
00 it. ba- .1 W being the row favtmable tmp.:
0 .
00 a. 41w optimain time. The ~bftvinp of The
f3
rMults on the IMA-vamtko From" tif
00
defetntion in dimummed. J. P. qr
00 got
00 SAO
00 400
A 0
too 0
i*L. .,,.TILLU*GlCAL LlTI4ATWff_CLAstWKATIQU too
to 0
11, QK allial Got a.. Ill 0
0 T11
0 0 1; S 0, S 0, S on 4 '04 0 0 0 0 0 0 0 0 0 a 0 * 0 0 0
0 Sit la 0 9 0 0 0 0 0 0 0 0 Sol 0 0 0 0 0 0 0 0 * 0 9 a 0 0 e 0 0

VASATFlot J. ,
0 -
I)AZu-,ft, Listy Ciikr- v-irl. '53, (1935)

1 4 A 44 11 1) ;J 1)
A
00
04
06
0 J
00
00
00
~00
00 J
00 f
00 8
:1* 0
* 410 0 4
11 4 If A I )1 11 Hi M 11 M P It If 19 It U
A* 44 90 It 49 1 A
4 4 a a v
0 0 0 0 0 ; ; ; ; ; ~ 4
U M U AS V MWN 41 fill if r 0
9 1 1, ,
ATho *Ptintal CuAJuI&tAOQ wJt4 time; me influsno of
GAILIT&I JdhHUIIY- J- Mck 'to" 1. Vautlio. Lsliv
-,V yA)(Ilxj5). Int.-trawrogthm-bf Cd)
('",ovjr. S3. 2
it, beet juice,. incrokir the quantity olmAd. Prottin% oil It,
A certain foax.; further addels. of C&O decrease the.ppin.
:if ptotvill%. Current studies how that this Max. is q"t
et-cittlent In' the CAU added. the C&O Inman., the al'Ift, S
alky tjoll) or an Isli-Acc. point *,tone. Although the PH %wf\
the I;,a%. Inottin ppia. was In the range 11) 11 12.3 the CA
ill *an. rell3aillell const. for life 44111V olilividual juive.
lilood albumen (denatured with HCI until neutral) was
treated with increasing quantities of N&011 and found to
behave similittlY to the beet Protein- The N'3()" Pep-
tized the acid component of the protein which was pptd.
by the Ca, but further arldn%. of NaOlf began to Mill-
%olve this PrOIL411. The region of The In&,, PpIn. of bert
loroccial was not affected by addns. of CaCll. As the
content Of NA011 (of the natural alky.) incrmqcd In the
bect juice. the coagulation optimum shifted to a higher pa
with addns. of C&O. The dttns. demortAtrate that it is
not F.Milde to clarify a Jukrictanpictely by hTioging the
an. to a Certain All Mill alit no. of CKO' for every juice
demands the total cao addn' J~w all oi)JIM&I C041111,41lon
and consequently the Jhl will be different fllf the 41117trent
juices, Frank Islar"h
A I I t A 0 TAL
it
r If A
a U vt AT .0 is
IV Is Is 19 a If It
0 0 0 0 0 9 a 0 * 0 0 0 0 * 0 0 0 0 * 0 0
~19T:
0 0 9 0 0 0 0 0 0 0 0 0 0 40 0 0 0 0
-00
re 41
=*O
JZ00
zoo
zoo
Soo
0
-.06
200
fill, :11
4--st-F I V-71 - 100
it -.- PA I I a md 0 4 - I V 1A 13 AJ 1 3 0
OF r!io (I ~ 14 X3
: 0 # 0 0 0 0 4 0 0 0 4 0 0 0 0 0
0 4 0 0 4 6 0 0 0 * a 0 0 0 v
: : A

0 0 9411,00000*96664
0 0 o 0 go 0 0 0 0
W
Of
00
00
00
so
00
f
00
00 a Z
of ,
0* 1
0 0 a 6 a a 4 a o 0 4
0 0 Si 0 0 of o 0 -0 00 0 0 0 0
11 11 14 4$ 114 to JD 1 11 Ij n 14 a )s 17 A 10 31 V it "0 11 )o 1 #1
T I AA U 0 fill, I 14 1
1V I.;
Cionuoulng IM rope"dom of forimpatatars from tho don g1ty
ofjuices. J.1*dckandjA'aAtko. Ustycolk,romr.53, 3
x.,,-, St lim). - - ian, Ile derived
frotil lah. Violues to serve U Consts. lot an entire C"'21M)tWor.
For litany installers the detn. of a beett-trantunission coca.
is (lot neecssary, (or sufficient Information curnes front a
dctji. oI ihe retractustictric sulid% In the liqum. Under
conditions of cuskst. stewst wessure, inflow of liquor and
ratiot of liquor to heating surface the trajoinjisisi4m m-11s.
are related to the $p. Igor. of the liquor. which is related to
the Water rvapd. Ifeat Wlances (or 4cyrral cvapg. uni(,i 4
%it) Show this relation are given. Frank Maresh
~o JkA RITALLVC.OCAL, 1.1110itt,41 CLAWFKATIC"
00
:.9o
zoo
0
*?A PA L 6 toil 0 4 a I Of
to it to So n

goes
0 a 0 0 0 0 0 0
2416 161, 1910041 ease 4g0
IA a -1
0 0 J" -- P- a - A-1 - A - -U~ I
'e 4LVIL4"~- lat- aip~41. c
IJI jk -1-~ --- -- --- I-,.-- -.I- -11-.~Vlt
04AXItIcs -0 ~V.
00.
cok be" joke. IV, V. S"k 'Y zz
29-4K, 257-341. 313-mo, 337-M; at 8, iqU
-IDM-4V- Be" JWw contains two cosgd" compo.
umul (Nl~ %be ose, OCK, am the
other by an &W; t9 M -00 o0mum wid
an Y
And bode 00oplatio" wee oppruvi=6% 100% of *040
00 No. UNWRY 00 OPOINIAN 0*11WOM %) 1W *9
arcond *
r I I. brat this vain with the quality of the 410
60 jul". parstion of the ppt. in the balij roope takwo age
Plam I baff slowly than in -the wK which Is the rovpno
000 000
of what Omura in the WW ranp, TPUP. starts a
-goo
0Mi&MhU ~Iloct an rate 01' WWiM& which. cf.. see
ht . 30 vsis. at 700, IrAt 2 days at $D*.
0011 (=tion o(0&0 to'row best jWov the op4imum
-wulatloe is pnmk*W M 4bout pt I I-% thoolth the
pan"IWIH'I way TWeavordiss to dwq"%yo(ae coo
The Tkif
room too see
Waift -k 1, U raw bm I" be Zted a
0t 016011::* VSVIW"AW%A= On
17tZrow beat fA lotion woo
I
to
or
P
limit 14VAine W"y M III NOW U00
woo
IA A I a 64 0 aa I IF
U 0 '"1; a a Ka Ig a Ig a a tc x a a A a 3 1 -T

0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 a 0 im, 0 o 0 0 4 too
f I a is 11 a w tj 16 ff R A f-- Il 0- -M Is Is I-I a IV A if u It w 0 v Ff x to 0 ff 't .0 a rjo
A -I- AL A r- 9 R I I y T Z _u Ec pp CE If If t
4-
00 41'
00
00
so A The 1934 campaign in Motavia ud Silexis ~LYAR(J.11. 00
go ir~ Z. Zacktriad. lechosiawk Rep. 59. 425 32'. -Lij 44), - 1 -00
44"(11134~; LiS%CjkrOgur.5J,42q 34,447-M.4di-8.
4m~.70(19" A wkd W-Lur report (A activitin in -00
CkI an r end hs"m Is PC*- 9
eawAishmeats in Flank Marcith .00
00 Arl -00
Of 0
00 ii. VO 0
00 c0 0
00
00 v
of a00
Woo
00 9 z**
200
910 J;~ Yee
Lee
L-4
I I a S L A PITALLUPWAL LITINATtIfif CLASSIfKATION (I
it
U- Joe
v 0 Do 1 413 a I
17 IF 0 M it It R pt a it it BOLD n I IS AA L
0 0 0 0 0 0 a 0 4 0 0
0000000 0 OW & 9 0 0 *so so 0 0 es 4,
~ts 9000,0 0 00000004 0 000 0 0 0 0.40 0 04 0 000000 so 0 0 a 0 *

t I u u u U fP is v 0 0 e 4f -W a it
El L A ~ ii 9 1 1
#CV!9f Its tip *a,(-* I
go
A i
-00
sea
go
e QWAW 4d,
MAW,"", u as
00
Iowa M LM ADW4 from
J. 1. 0.
C*9
e1
IA 0
Mee
i't
11AARS ifeds Uff1w Iwo ii 4 2a
14
a A a a to 4b dh a a a a

a %I Is k It '4 1? Is It x JI a 23 14 h 1, 1? m .I to I~ jj 1) 0 Is 11 P
00 j JL-j. a -il if R ) 1 31 -1 AA 10 M M rl + a I - I P. a A f
.4 1
-.00
0
Is Of C"Ittt Of law$" sugar in v4v- Juices imereassid

armaller adilidoes of Rare? VaMf ka 4nd V. Kasianov.
by
.00

Uay Catkromr. 54. -09
siomit Rip. 60, 317-lif-thishis the campaign Uperatists
-00
of the ProVessift pi,rdigirsti,lu inetbod enrouttlered
st"Mminal quailtitiV4 of Invitst aus". Imill i
I1
rV1k'
y I M
Whk h
t
l
U b
l
th
iZ
d C

4 cou
A
lie
H
e
ow
e '.t
.
1
'
R,
Such Juk-vs were treated with large quantitivis of lime (1.2
00 Ir to 2.8%), but the cliatent of Invert sular could not be 1 .00
cottrollrd or related to the Cat) a-Illm. In thew Juices, 0
the. PH rum Iform 12 over the tango 0 0.0% Cato skill re-
1 f
i
o
ti
ll
d
t
f
1 :0 0
j lle
lim
ca
nsi
prac
y r
.
or [
ie rangv V.1Y
. at pit
4 3
Cat)
Chit"cil within the latter Fatiles of Cau
0
.
StOmt very littlir the pir and, cult-queutly. the rate Of .0

~Ift-urnpn.o(invcn%uS=. The authormlitated some of the -00

0
juims to W
V' said. therik with CO, rapidly, and found
' '40

: 4G-W.mg. inwart sugar per 100
Dg. Vilien mmpkA of the
1 0
0 x flan" )oil" were heated to $5
, then ataintsiucti at M'

00 lair 10 Ini". and their treated as belcm. the Invert But" ~09
dropped to 10-18 nis. Although the isilij. was identical
-
1 40 0

0 3and brjorv the critit
al valueIthe longer time at 83
pro- ;;
hinSed the reaction time for the decompa. of invert sugar '-0 If

t and borcred its coma. in the liquor. Frank 1-famob

,
L., 41
A SITALIV INGIC&L Lllg--IL-t CL-SWIC'Mis
"09

V 00 At
a
an Its,
*
0 0 0 0 0 4 0 *
To*

N
n 1 44
n
#00:0 **#free of 00 0 0 41 0 0 0
0 a
:

0 0 0 a 0 0 0 0 0
o
0 0 0 e 0 0 0 0 0 96 0
If '016 0 0 0 In 0 0 0 0 0
q 0 0 0 0 0 0 '1

0 a
1 0 a 11 u u w 13 16 0 a 19 x 11 a - it-n .is 17 x )q .10 11 9 U Id a k V Is 10 a 0 At d
A A L. I a L ---I- a h -1 -1- -A If It
1--" is Ix. OP -A
-00
00 The IVMtanpalp in Moravia and Silesia. J.Valatk... .00
00 Ar Lijjy Cukrossar. 53, 163-8(1tKW).-V. prewnts an aaaly-' .00
is and a summary of data reported by ad of the sugar. so*
estabLishmmts of Moravia and Siles"A. Preceded b 00
uy
moist climate the campaign was char ~hlg
7hbiayb
snd permanent *My., low time rvquit- a
high ash content and difficult crysts in
the previous 2 yrs. The my. sugar w: ~8
96
with a max. 20J)3'~ and a min. 17=1 7 E40 0
0
o
Of
------- too
A via., 10.01
Ill I I - . __ -A
_T____ - ___ - . - - - --- -
/ talaso AP C"I cog M1151we
AA A I I Od a 0 4 1 If Be 9 a
U It AT 10 AS I . r r . w T 4 1 1 r
a 0 4 0 0 q 0 0 0 0
0 o 0 o site 0 0 0 0 0 0 0 0 0 *Is 4 4 4 0 0 0 0 0 0 4 0 0
Z': 'F~ 1..

* 0 0 0 0 6 0 0 0 a 0 & 6 * 0 a 0 0 0 G
O 0-0 0-0 4 0 0 6;* 0 0 0 6 0 0 0 0 9 6 0 0 6 0 6
0 0 0 0 0 * * 0 * * 0 0 0 0 0 0 0 4 0 0 0 14 0 64 6 0 0 6 0 0 0 6 0 0 6 0
[ 0 4
4 1 1 ~ 1 9 Ic it t) tj 14 is 14 1? 11 it jo 1 11 a ab it v '.1 m JL 11 A.' 1~ 0 k-
a L-l 4 L L F 4 v x AA m LO tt
go
00 _to
00
00 -00
00 Z;

to I Ile coubvi of the furAtm ot tht onpmtm thmugh

-
a
00 the camccatmd of the juk*s. J. I VdA and %'ltj4tJLv,
O
1
,'
19
V.4
Z. Zoaskepiml.
fthodnuk. Wt. 60. MV 1: ~
C. A. 10, Nlawall

!so

00 -90
.00

so
Oo 00
00

go,
j 4

1
R 1 40 %G
0 0 0 0 0 * 0
:1
0 4 * 4 0 0
too* 0 0 0 0 go 00 0 0

- - - - - - - - - - -
is0e 0 so 0 40 0 9 0 es 00 of 0,
aliI . !; m ~ ..' a I; A 0,b #t 41Ud --r. 0
A i. bit I v v to a 10
0e A
(to 0i
67
00
go Oc_
00 4
go 4
00,
AW f~w'ffii one
00
VIC
coo
p.*M.
00 We 9
i!oi /tj I , . 1 11
00 d
ma WW W (OU0
so 91
with
Lai i-le-!
IV J. P. 0.
too
Ues
too
too
A tf IWO M WINN13,434 3'. ---
91 AT 10 it;
v "(?fFIfIIFfc wallow Kan 14
0 *19
19 0 9 0 0 0;70 0 0 0 0 0 0 0 0 0 0 o 0 ale q 0 0 0 0 0 0 c 0 0 9 0 0 0 0 0 el~

410 0 0 0 0 0 A, 0 ~ 111 0 e 0 0 a 4 4 4 all- G

0
5 t I I

A s J
9 f I
V R a A I- P n 16 4; W H
.
00 Of CA M 9 1 it b

00 .4. 1 ljo, The cow of the doncompowtica Prodocts of uslion 44"
t V
K
ll
V
L
lk
k

00 A.
a din
.
a
e@. J.
a
it
1. The I"twootee of a
'
'
M
W
fit
I
7) Ill-It -ila-
.
janov. Lusy Colknotur. 53,
so (20 51). 1111101`2111) 1114. in limp iv. (it wairl mlia, %'*()it
equiv. it) an alky. of 041 1 lip; 1:40) Wd. LVI.t Wt R-4, h"
00 a 5 lit) ruin. and was fulb?'Arit (in 014q- lit OIL I' I %tUk 111,41
CAM11., CtC. For A low AIILY-, the inlIUI gk%A)Plllll. I-MV III
invvit sugar was Jow; log a high alky.. it we* hith; with
little. the itstes of ilmucipti. lirvaine c4lual m, thAt lilt t.,141

411 1110 U)III 1111- 11.4
11, 1Alli
~qlliv. to %:lit ll.totli% C.41 1.1 lisp 'lilt .11 1161,111 -IJAI
r.1
its I(K)cv. of I-Ill. with Ali niI in lilt alko ollb.-Ilivrit
In
nlar Alboo., thor quantity 44 'N'losed
lilt MY to A HIM. At C40 And IIWII dv%trAKIII
I
Nilor) vitil ftxnscd in a
,
t
pt
hi
l
h
of oo
i
i
iest nuix. in
e
%lowly, T
l
%~xocu. of 50mg. InvertIlcogisil per 110tv.; tot lingtiet
of invert so&= the calm ct"win. dearastil. As the %~nxn.
of invert sugar in soln. detreascd, the color usax. shifted
toward a lower initial policy. showing that only a verymriall
ll
li
(
l
i
d
-
ty I,
uce a
arge quant
is necessary to pro
Addn. of a
w
f
1l
d b
dd
h
ll
S
o
as. are
o
e
isiona
a
uc
y a
kvlooied substances.
compkite dLipappearstwor of the silly. of the ouln. aftVr the
formation of the VLX mous. Although the "ass we a
90 WAxt. of varioul sharles they are lWolmletional to the cohr
j rim. in intcrosity Lad deflend for their she& upon the
iatky. at which the dcrotnion. cmilts. Frank Maresh
i1 ~,--2Et f ~. 1i S~o -;~i I r "k , '.1 -. f~ %& Z
4 M Is 17 11 19 s, It I, ~ 0
-00
.00
-- 0
-09
40 0
ze 0
2480
00
00
AII& It& NNIALLterICAL 1.6114.1164t (LAItIVICAFICk
04 8i goal. Ill 21",, 0
.T 7" -T - -
An I 1 4 Od IN too
;e T~ a-A.W3 I-, A too
it ?I It or K
so so *nc
is 0 1 0
0.0 0 0 0 0 0 0 0 0 0 0 0
2~
n.~

600 a 0 0 * 0 0 4 0 0 4 0 0 0 0 rA 0 0 0 4
0 1; AI 1 4 1 4 t I q to it 11 it 14 is .4 it to fqju~ll a ZIA A A PAIN-s- V it It 14 aaV m if 4, At s" 11
A A 0 JL J --k_ 1, S if P 11 11 JIV A& a Wit's I A, k
0* 4
1
00 Ar
00 .41
Tho c*W of dis d m positim pmducts of loved smogar -00
0 U. Tba resia"cv of tho decompWitim pmduas of im- -00
tb.
*0 and J. N soilin and V. K&DOMW. I.Wy -00
00 Vskrottar. 53, W4-0 (IMT .if. C. A. 31. StiMr-Since -00
thr caw of a itoln. during the decontpn. of inveftsullf
00 et, (Irlom1% upon the silky. at which thc color nriginaird and
00 ri-st-fic. a Ina%. inirmity it* -niall mfdn~, of NaOlf. the roo
AUAII~W, furIMI. a MAn. coullt. :ftol n1j. c,f juVWf( rargar fart
=00
prndLmvdctsPw.-sby boiling t~r wjIn,A. for I hr. with
00 Oi enough NaOlf to pr(Aduce an alky. equir. to OPAW.
a 0-:N), ALIN) and 1.110% CsO, and ntra~rvd the extinction
Llmffs. of sawit so[=. Later they treated all of the-
ioln%. with tuough NaOH to give I hmi an alky. equiv. to
Im% Cao, boiled the solus. for I lir., and treated thens
with dil. JICI to mstom the original alky. Measurements a00
At( extinction coeff. after each of these Ifeatments %how that
00 the initial alky. a - of Colm and
4d Wiug develoll a "M
that 4xibsequent treatment with alkativi, beat or acid% do"
WFL not inermw at decream the intensity of color in the sofa. goo
Frank Mar-h
r00 1
-SLA otIALLIAGICAL LIMATUIt CLAi5WKATIC- too
SA-maso -4., CAL #A"),
Alla
S- -U-TAV .0 is a
ty it it at 4gvit it u it it it it m Nw n t ONG
0 * 0 0 0 0 0 0 0 0 0 * 0 0 0 0 0 0 0 a 0 0 0 0 0 a 0
74;40 0 000 0 g W 0 0 0 0 a 0 0 0 0 0 0 0 0 O's 0 0 V 0 0 q 0 0 0 0 0 4 49 0 0 0 0

0 0 0 0 0 0 0 0 0 a 0 0 0 a 0 0 0 0
0 0 0 0 0 * 0 111
n M b a it Ij 13 bo X Is 1) 30 P a 'I Q U a a
Y A W 11 u is M U W 'Y 'I If
00 The color of the discompodition products of Invert sups.
64 it M. The influence of the reaction time and of teampfirs. :-00
the chemical chan 00
00 .4es In alkaline invert augar
VaUtko and "qjanov. Lijjy Cakromp
00 a 56, 49-52(107). cf. C. A. 31. W741-A standard soln.. -00
dild. to contain 200 mg. of invert sigar per 100 cc. of 00
00 water, wasdecompd. with NaOll cqWv. to().010-0.2511%
66 .00
CaO. in the temp. range 30-98", and for a reaction time
ranging 5-2-10 min., and lhen was atudyted for alkalies, a, 800
00 'E for invert $ r, and for extinction coeffs. At a given
of Ll COMM. alky. Tte color itrising from the demmim. of invert
118AAr depended upon the stage of decumpn. of the invert
00 ') .coo
sugar and upon the reaction time for the muln. Although
00 the ultimate color formation frinn invert Suffar wa,
00 1 reAchcd the soonest at high temps., the manic ultimate 0
was attained at lower temps. by prolonging the reaction
time. At 30, 40, 50, Go. 71), X) and 118* and with N&Oll a**
in solo. equiv. to 0.2, 0.5 and 1.0% C&O the amt. of coltw
was the same providing the reaction time allowed the
reactions to proceed to a completion. Frank Maresh
M 0
6*0
U or 0
Aj~.%L ACTALLI)VOICAt kiTIOATUII CLASSIFICATION
X-1
will 0
'xii.; iis, Iva
2;- ;mC *111110-11 'M It,
solo$
U 9 AV 00 11" 0 IV I, up of K a ot a
00 * 0 0 0 -i
01 0 0 0 0' 11 *Is 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
0 0 0 to 0 0 a 0 0 9 0 0 0 0 a 0 9 0 0 0 :- Ill,
OT1491
N

-0 00 0 00 0 0 0 0 0 0 0 0 o S *fo-f7-W,-#-*-L-*-g_-* J* 00 00 0 0 0 0 o 0
04 111 4 5 a I a , IQ I I Ij If MIt411 It to A,Zl?J ;)Ian Illl?m 21 10 11 12 It P 13 bVIs Is V .1 17 41 a a ro
AA. -c A-1-f- r1 I L a. I if Y-E A "A of C4 up U,j
00
* 0 -1 --oo
oo -00
00
LWY ("Art-mr. 56, lat, H. I.Mf 620107), CI. C. A. 31,'
0* ir 'Q-3' -00
, 9- --%'- PftWOtS & SUF%eY Of FCPOfts and questionnaires
00 wnt by the directors uff sugar pianm during the wit-on. -*0
Frutdc %Isrr4h
00
ASI t -00
-00
fco 0
=00
zoo
00 j
00
00 a
&o0
00
VO-7 409
;00
00
PAS 0
00
00
.40
90
-.00
00 1 A S AS S L AstlAWSUKAt LIT(RAILIt (Will"(4110h F: '00
o'9
t
1:
too
T irxl%
An L s a o w -3 ji a3 4 v
U AV -0
LS: 0of tv cl, Is Its 4( K a91 U I'l tt ff it cc~;
0 0 0 0 0 o,* 0 0 * 0 0 0 IS 0 0 0 4 * * 0 0 a ~ ~ 0 0 o 0 0 0 0 o o 0 0 o 0 0
10Z Ooooo,*oooooo 004 0 0 0 0 004 0 0040000000000004000-0,~

is, 4 ta, r. 4k 4 a 0 a 4 0 0 0 4 e 4 e 0e 0 f a a a r 0 a 0 0
0 4 A,
q 1. 's i. it 'A to A .1 a a M 45 it P o, j, 1, 0 ilkvoik.lu it W
11-1 -6 -9 4 A 66 1 'A se 'I It
The Alterabill of predigested beet juices infected with
00
loucimostoc. J.Taiiitkn still It. Jrliturk. Lilly Cukrinvr. -10
57. IMI h; Z. Xositkrrlonl.~ tstllstlorak. Pirp. W. 27h 4% 0
(IM91 11111lux 111T." flit. 1"44 filk I at is'n ill missal 111111116 -11
ftil". thi, ti'twil-if Ill thir Ms.# 1,14111 W.f.
ktalir,l im,61tol Ih- 11-4-Is dl,,l mii,alll.i
til" A 7SWI) W
00 tersastiti) t1) kult-vtlou. thr wouivv it( the infivOurs and 'tic -00
microorganisms tieing iticratified by Lab. cultures. tithvr
lestii as acidity, etc., were ecusitive only in the stave of 1.09
an advanced lufcciloa. A rapid and cffcctivr refirl came
when the diffusion juicrs were oxidiarcl wish 0.057.
N Oder Lblis l'"lialturts' *2 talivilve alvi in
00 ~.~UM- in j1OW i I L li, ill. and silfic Wid-lorridiwing
urgani-wass. Altho4l; KMU(A. 901M. wtrr hirneficial, suit
so .1-46
all aiializing spats improved the filtration of the infected
00 juicirs or showed the beneficial effects of the predigestion: -00
00 HM due to the susperl of air bubbles; gave undesirable t -00
effects. an &q. 1-oli staispentsison was not Mtilf&CtOFY,
4 C, Z mildly scid juk-es neutralized with (NH.)sC(h did not 400
0 filter well, sail addlis. of CilsO or NO inside the filtration
worse. After several transillantations in tab, cultures, I
lost its virulence avd most of its capsule; sugar juices
posawn thow accessory factors which am responsible for
virsidence and for the heavy capsule about the cocci-
:J; Eats. of figs added to attenuated cultures of I restored '00
their viruirm, and hmvv ~jpule. Frank Ntaresh
List 0
S S t A .111ALLuarKAL 1,111111AIL11111 CLASJIF#CATION
sea., sift.
41i'11-3-2
od-')40 .)Illi, ~ 01. It,
ti-4-0- a 4 1 w IN 5 ILI (I V
U " AV 00 A An I
it It It of W n 1 14 413
0 -o a 0 0 a 0 0 0 0 0 a 0 0 0 00 0 0 0 9~0 0 o 0 0 06 0(1 0 0 4, 0 a 0

0 6-0 6-6 0 4 4-6 fF 16 fF Ar ir 6 rv0 4 6 co 6 * 0 6 0
0 40
AICb L-1 A-AL-4-1 -jL A h,F T V 00 W It
00 Af Os
00
00
so fl~ Os
09 -00
TU coom 61 the 1036 ampalp in MorsvI& And SHosim.
Z. Zwkerind. '#YA,,,/,,nik. Rtp. 61. 4211 37.
1 41 37*1AI Frank Maresh
Go V, rjWj?t. .4tv -47 00
-00
00
00 a; - zoo
00 0 0
zoo
coo
so 2 zoo
coo
zoo
es 1. Zoe 0
00
Os
ASA.$LA METALLURGICAL WERAT01 CLAWFICATION 1Z
8. too
uis iv 00 is' 1 Er I" dj I
PPIP OPM Ka fig OfUll notmiln II, dq*
0 0 0 0 0 0 9 a 0 0 41 * a 0 0 4,4 0 f 0 0
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 9.4 0 0 e 0 0

VASATKO, J-j
DEDEK, J., Pub. inst. belge amelioration betterave 6t 477-503
(1938)

0 0 9 0 0 0 6 0 0 0 0 46 t
--401
s 00 0 0 0 0 41 0 0

ft XT it ANA 111 11X0
4 1 a a a
00,4

tf
b
a
t
k
ou
eets.
tv
u&
The mKbmQ
*
k
40
56
C
,
row.
a
.
--5tAd% prrmotWg and discussing the -1 tests ond com-
60 Putatkas for evahatiag NAPS content. Y
I
f
l
h
L
Of
1 kids. Purities.
d .00
uenct o
uate t
e
u
. trks to eva
Ctc.. N
(
ripenesm
J2) various beet brands
the
f f
f f e-,-
) varms
and (3) tbIL-
kld
D
W ~00

r 10" an
.
ur
t
er is
sugar y
o
o
diff- In mpr Juices
I. found them

00
.
which a aptrihable to the differtom In fadUters. The .00
teect ot the various beet brands was Immd in the dt 3ree V Are 0
of aft. of the faim. Altbough the MW IMPT OW
product to the oSrooowbt and a
wAn (in co6pera -
he
t to the t
t
c
d
i
uc
ra
v pro
,=
0 OV ble chem. twj3pdj.
o
a
w
myclimminste it u
Prank Maresh
%Wt In
ar Juices
whkh
r
00, .
e
4s
.
001

W

7 J. wee
.. tie 0
tj

L A CLASUFKATION
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ource o(colored products which increased in quantity anti
in intensity during evapn., beating wW cry%tn. 1nv)m,, 0
a%oi the source of the liquor wa_% move important Shan
or
the tir;Ltiuent of the liquor in the (onuation of columl
~uhslartces. Contrary to Ub. tspt%.. the treatment of Soo
ugar juit-es with SOl and nofite decreaed the "or for- 0
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