dontgivafuck: thanks dear, pls d two varieties is Compact n Loose shey, Cos someone told me its a liquid powder




BTW I luv ur signature

yes,it is. What the person called 'liquid powder' is compact foundation that usualy contains oil. Thanks

I've looked for it in ph, all dey seem to have is 'jose face' there's no transluscent written on it and its not loose powder but compac. Any ideas as to where I can find it in ph? Cs I wnt mind a good loose powder 4 a change with good oil control, cs my face oil content is on anoda level

@dontgivafuk. Thanks, av gottn it, its so wonderful. I got it at d rate of 350naira

That's wat I use,both the compact and loose,got it as a gift frm my aunty bt never used it until my iman finished n I decided to give it a trial bt ended up falling in love with it, the powder is simply amazing

may3 you are beautiful.

SugaryBelle: may3 you are beautiful.

Tanx dearie

may3: That's wat I use,both the compact and loose,got it as a gift frm my aunty bt never used it until my iman finished n I decided to give it a trial bt ended up falling in love with it, the powder is simply amazing

luv ur eyebrows

aflyingbird:
luv ur eyebrows

tanx dearie... Funny name u gat

may3: tanx dearie... Funny name u gat

Powder Difffraction Standards
The suspensions were properly shaken, then centrifuged for 6 minutes at 600 rpm in an IEC Centra-8 Centrifuge. The supernatant liquid was poured into 280 ml of polypropylene cups, frozen and then kept in sealed containers to be sent to various laboratories for analysis.

Table 3: Parameters and Methods.
PARAMETER METHOD UNIT

X-ray Diffraction Moore and Reynolds (1997) Percent (%)

X-ray Fluorescence Keningan (1971) Percent (%)

Atterberg Limit BS 1377 (1990) Percent (%)

Water Absorption Capacity BS EN (1991) Percent (%)

Bulk Density Akroyd (1957) Kg/m3

Shrinkage Lambe (1951) Percent (%)


Procedure for X-Ray Diffraction Analysis

The analysis was done with a XRD-Philips ADP-10 automated diffractometer in powder diffraction method. The equipment applies the Bragg Bretano principle utilizing a 3.0 KvA steady potential and uses an X-ray machine which generates copper K-alpha radiation.

The procedure for operation:

The date, purpose, name of user, hours on the generator was entered into the log book.
The line voltage to the x-ray generator was switched on, and the film badge put on.
The beam ports and shutters were closed.
The power switch in the middle of the voltage regulator was turned on.
The power to circuit the panel was turned on.
The knobs for kV and mA on the generator were turned on counter-clockwise.
The mA stabilizer was placed on medium for diffraction and the black START button pushed on.
The kV was turned up slowly to proper setting (28 kV and 12 mA) for a Cu with wavelength of 1.5406Å target tube.
The shutter of the diffractometer was closed. The x-ray shield around the sample holder was removed and the sample placed in it.
The shield was replaced.
The clutch lower was disengaged and the LINE switch was turned on.
The diffractometer was turned on to the approximate position of anticipated peak by using the crank.
The shutter was opened once again, and by using the crank or gripping the pointer of the dial at the base, the position of maximum intensity was found.
The diffractometer was synchronized with the strip-chart recorder.
After scanning, the chart drive and instrument switches were turned off. The shutter on the beam port for the diffractometer was closed.
The mA and kV knobs were turned slowly all the way counter-clockwise.
The water was given few minutes to cool the tube, then the red OFF and STOP buttons were pushed.
Finally, the hours reading was entered into the log book.

Data Processing

Identification of the constituent minerals from the diffractograms was carried out by calculating the d-spacing corresponding to the Bragg angles obtained from the x-ray diffraction traces, and using reference tables of diffraction spacing of standard crystalline minerals indexed according to diffraction intensity published by ASTM (1989) in powder diffraction files (Figs. 4-10).
http://www.prestarticles.com/powder-difffraction-standards-selected-powder-diffraction-data-minerals/