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The defaiit lent and see n ihe display betow a-o Couiicr New ar>J 10. Th? prcwdec a oood dtsptay and pinTOU ot lOfJtt The typ© of łcni and ?eo may io chanped u*ng (Se drop-down Itłt above Seiected to>t n Ihe dnptay can bo mado boid, kafc. and/or undoilnsd utnp Ihe buttcns n lho tcoba above Addfccnaf texi can ho r>ped mło duplay. and text can be moved f« beltei algnrr.enl usng the spacebat and/or beckspace keys. T h- d.-.płayed esUt? can be pikuod by sdectng the P<ni buten atovo. oi *aved as a nanwd t?o io a speefrod fołdo' using ihe Sas-e butten (wih fleppy dńk rnapei

THE NAHE OE THE COATING IS Bob

The INITIAL UEIGHT PEPCENT3% and ACTIVITY COEFFICIENT3 ace:

INITIAL    INITIAL ACTIVITY

COHPONENT

Accconc

H20

WEIGHT%3    COEFFICIENT5 AT 20 C

50.00    2,613

50.00    1,181

The EVAPORATION TIMES, Che EVAPOPATICN PROFILE at a PELATIVE HUMIDITY Ol 80,00 % and AHBIENT TEMPERATURĘ 20 C, and TEMPERATURĘ DURING EVAPORATICN are oo lollouo:

MEIGHT PERCENT EVAPORATED AT 20 C (ASSUKES lnic lal Weighc Percencs Sum co 100%)

COMPCNENT	10	20	30	40	50	60	70	80	90
Acecone	44,6	37,9	29,3	18,0	2,5	0,0	0,0	0,0	0,0
H20	S5, 4	62, 1	70,7	82,0	97,5	100,0	100,0	100,0	100,0
Evap. TiKe (3ec)	18	37	57	81	12 6	969	1930	2891	3852
Evap. Tempecature(C)	6,3	7,2	8,3	9,5	11,0	11,2	11,2	11,2	11,2

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T ho dała deftayed eon bc cop*«d to Microsoft Wc*d « E xcd To copy. solect Ihe dała you want to cepy usiag youi rrpuse Pres? Ctrl and C kcy? cn Ihe keybcaid at Ihe same Irte to cepy ihe setected dala Setec* ihe W«d oi Ewcet dccuroart. to wheh yo«j wart to copy łba data. Select an Enceicdl w bcatwn ii Ihe Wcrd documert. Io copy to, Ihen pcess Chi and V keys cn Ihe kejfcoatd at Ihe same tree to pastę Ihe copred data

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Ckk BACE brttcn to return Io pnor form and do flach. Evaprtat>cn ot Sdublity c^culsbcns on the SAME votvenl n«xtire

Oick DOtJE button to return to Ihe frst lotm lo do cateUabcn? cn a dłfetert mitture o^- dłfetert set ot RFM Vrjcoit.y dala « OUIT.

DONE