ГОСТ Р 55723-2013/ISO/TS 12805:2011
line a n d am orphous m ale rials
—
P art I : G eneral principles
f21)EN 13925-2,
N on-destructive testing
—
X -ra y diffraction fro m p o lycrysta l
line a n d am orphous m aterials
—
P art 2: P rocedures
[221EN 13925-3,
N on-destructive testing
—
X -ra y diffraction fro m p o lycrysta l
line a n d am orphous m aterials
—
P art 3: Instrum ents
[23]ISO 14488,
P articulate m aterials
—
Sam pling a n d sam ple splitting fo r the
determ ination o f particulate properties
[24] ISO 14707,
Surface chem ical analysis
—
G low discharge optical em ission
spectrom etry (G D -O E S)
—
Introduction to use
[25]ISO 14887,
Sam ple preparation
—
D ispersing procedures fo r p ow ders in
liquids
[261ISO 16700.
M icrobeam analysis
—
Scanning electron m icroscopy
—
G uide
lines fo r calibrating im age m agnification
[27] ISO 18114.
Surface chem ical analysis
—
Secondary-ion m ass spectrom etry
—
D eterm ination o f relative sensitivity fa c to rs fro m ion-im planted reference
m aterials
[28]ISO/TR 18394,
Surface chem ical analysis
—
A u g er electron spectroscopy
—
D erivation o f chem ical inform ation
[29]ISO 18753.
F ine ceram ics (a d vanced ceram ics, advanced technical ceram
ics)
—
D eterm ination o f absolute density o f ceram ic p ow ders b y p ykn o m eter
[30]ISO 18754.
F ine ceram ics (advanced ceram ics, advanced technical ceram
ics)
—
D eterm ination o f d en sity a n d apparent porosity
[311ISO 18757.
F ine ceram ics (advanced ceram ics, advanced technical ceram
ics)
—
D eterm ination o f specific surface area o f ceram ic pow ders
by
gas
adsorption using the B E T m ethod
[32]ISO 20903,
Surface chem ical analysis
—
A u g er electron spectroscopy and
X -ray photoelectron spectroscopy
—
M ethods used to determ ine p ea k inten
sities and inform ation required w hen reporting results
[33]ISO 20998-1,
M easurem ent a n d characterization o f particles by acoustic
m ethods
—
P art I : C oncepts a n d p rocedures in ultrasonic attenuation sp ec
troscopy
[34]ISO 21501 -2,
D eterm ination o f p article size distribution
—
Single particle
35