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epitaxial layers p-type epitaxial layers epitaxial layer infrared reflectance measurement method doped substrate 2-naphthol-6,8-disulfonic acid dipotassium salt environmental protection supervision polyethylene terephthalate ester
GB/T 14847-2010 in English

GB/T 14847-2010 in English

SUPERSEDED

Test method for thickness of lightly doped silicon epitaxial layers on heavily doped silicon substrates by infrared reflectance

  • Issued on:2011-01-10
  • Implemented on:2011-10-01
  • File Format:PDF
  • Delivery:Via email within 1~3 business days
Price(USD): $180.00
$175.00
Standard No: GB/T 14847-2010
Document status: SUPERSEDED
Superseded by: GB/T 14847-2025 Test method for thickness of lightly doped silicon epitaxial layers on heavily doped silicon substrates—Infrared reflectance method
Superseded on: 2026-05-01
Title in English: Test method for thickness of lightly doped silicon epitaxial layers on heavily doped silicon substrates by infrared reflectance
Title in Chinese: 重掺杂衬底上轻掺杂硅外延层厚度的红外反射测量方法
Language: English
File Format: Electronic (PDF)
Delivery: Via email within 1~3 business days
Issued on: 2011-01-10
Implemented on: 2011-10-01
Superseding: GB/T 14847-1993 Test method for thickness of lightly doped silicon eqitaxial layers on heavily doped silicon substrates by infrared reflectance
ICS Classification: 29.045-Semiconducting materials
Chinese Classification: H80-Semimetal and semiconductor material in general
Professional Classification: GB-National Standard
Related Keywords: epitaxial layers
p-type epitaxial layers
epitaxial layer
infrared reflectance measurement method
doped substrate
Related Topics: Substrate
Infrared reflection
Silica silicon infrared
Measuring Infrared Reflectance
Infrared measurement reflectance
Infrared is
Infrared+is
TGA-IR
Infrared reflection
Infrared Thickness Gauge
Silica silicon infrared
doping
Silica Peak Infrared
Infrared Thickness Gauge
Mid-infrared reflectance
Infrared is
Infrared wavelength measurement method
Reflection measurement method
Silica + infrared
What does infrared reflectance measure?
Infrared a
Silicon oxide silicon infrared peak
Infrared + reflective
Infrared reflective infrared
How about infrared reflectivity
reflectance infrared
Impurity external standard method
TGA IR+
chemical doping
Siloxane Infrared
Infrared peaks of silicon oxide
random doping
is infrared
beam reflection
Silicon doped infrared
Infrared peaks of silicon
TGA+IR+
Gold Infrared Reflectance Coefficient
Far Infrared Reflectance Measurement
Silicon infrared peak
miscellaneous
Measurement of Infrared Reflectance
Infrared + reflection
Reflection Infrared Instrument
Infrared silica peak
Infrared Silica
Mid-infrared reflectance
reflectance infrared
is infrared
Heavy Infrared
Infrared Silica
Infrared Thickness Gauge
no infrared
no infrared
Hybrid silicon
Hybrid silicon
SiO infrared peak
Infrared measuring weight instrument
Electronic doping
no infrared+
Doping concentration test
doped electrons
Mid-infrared reflectance measurement
Silicon oxide silicon infrared peak
What is infrared reflectivity used for?
Measuring Infrared Intensity
Infrared reflection temperature
Infrared reverse peak
Infrared reflection
Thickness of infrared reflection
Infrared reflective strip
Infrared reflective strip
Reflectance mid-infrared
fiber doping
interface doping
fiber doping
Silicon oxide silicon infrared peak
Far Infrared Reflective Material
Silicon infrared peak
reflect infrared
epitaxy
Inorganic silicon infrared
layer thickness
Infrared reverse peak
multiple internal reflection infrared
External standard impurity
Infrared measurement reflectance
Content of doping elements
Infrared intensity method
External and Internal Reflection Infrared
External Reflection Infrared
Infrared of Inorganic Silicon
reflect infrared
as infrared
Infrared measurement
Infrared reflectance measurement method
UV-IR reflection
Oxygen doping method
UV test miscellaneous peak
Infrared reflectance measurement
heavily doped silicon substrate
Silicon + infrared peak
Infrared reflective strip
Infrared reflectance measurement
reflective far infrared material
Infrared reflectometer
Infrared measurement
How to reflect infrared
Infrared reflectometer
Oxygen doping
Infrared a
as infrared
Blending method
infrared reconnection
reflective infrared reflective infrared
Before doping
Infrared determination of silicon
doped silicon
Infrared Reflectance Coefficient of Gold
internal reflection infrared
Far Infrared Reflectance Spectrum
Glycosides
Heavy Infrared System
GBT14847
GB/T 14847-1993
GB/T 14847-2010
heavily doped
Red and yellow epitaxial wafer
XRD determines doping amount
Infrared. Many impurity peaks
ECV doping concentration test made in China
Infrared fairing thickness test
Silicon epitaxial thickness testing method
Silicon carbide substrate thickness
Infrared liquid loading method
Infrared reflection test
Infrared reflectance quantitative analysis method
Infrared Plane Metrics Measurement Method

《GB/T 14847-2010重掺杂衬底上轻掺杂硅外延层厚度的红外反射测量方法》由TC203(全国半导体设备和材料标准化技术委员会)归口,TC203SC2(全国半导体设备和材料标准化技术委员会材料分会)执行,主管部门为国家标准化管理委员会。


Scope

This standard specifies the infrared reflectance measurement method for the thickness of the lightly doped silicon epitaxial layer on the heavily doped substrate. This standard applies to the measurement of the thickness of n-type and p-type silicon epitaxial layers whose resistivity of the substrate is less than 0.02Ω·cm at 23°C and the resistivity of the epitaxial layer is greater than 0.1Ω·cm at 23°C and the thickness of the epitaxial layer is greater than 2μm; In terms of accuracy, this method is also suitable for testing the thickness of n-type and p-type epitaxial layers between 0.5 μm and 2 μm in principle.

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