TB/T 2182-1991 in English

VALID

Techinical Conditions for Semiautomatic Hump

Issued on:1991-07-26
Implemented on:1992-01-01
File Format:PDF
Delivery:Via email within 1~3 business days

Price(USD)： $150.00
$146.00

Standard No:	TB/T 2182-1991
Document status:	VALID
Title in English:	Techinical Conditions for Semiautomatic Hump
Title in Chinese:	半自动化驼峰技术条件
Language:	English
File Format:	Electronic (PDF)
Delivery:	Via email within 1~3 business days
Issued on:	1991-07-26
Implemented on:	1992-01-01
Chinese Classification:	S65-Humping equipment
Professional Classification:	TB-Railway Transport
Related Keywords:	techinical conditions semiautomatic hump hump conditions techinical
Related Topics:	half peak potential half peak potential d peak g peak d peak and g peak xps half peak d peak g peak 2d peak s peak w peak G peak and D peak Yongfeng Chemical d peak g peak d peak + g peak + 2d peak xrd peak peak Reduction peak vs. oxidation peak d peak + g peak carbon material peak oxidation peak potential half peak width g peak has secondary peak g peak 2d peak peak height half width Semi-dry conditions emission peak half height Benzene peak time tb/t1957-1991 dsc half peak xrd half peak d peak-to-peak integration Peak Ratio Half Height xrd half peak full peak at half height melting peak xps half peak requirement Inverted peak + peak + liquid phase oxidation peak potential Automatic Semi-Automatic Sampler Oxidation peak Reduction peak Infrared half peak Diffraction peak half width Peak area image width at half maximum main peak Kurtosis half maximum width raman+ peak to peak respectively d peak and g peak dsc melting peak Hydrocarbon peak g half height satellite peak half height Raman Fengfeng Manual peak division dynamic half width Solvent Peak Technology Half width parameter Infrared Spectrum Automatic Peaking Spectrum half peak peak half height peak area at half height Half width frequency peak cv peak mobile phase peak dsc peak + tga peak peak + octave peak Spectral peak change d peak g peak+ absorption peak at half height peak height and width at half peak dsc peak peak Peak splitting technology solvent peak + hplc + peak xps peak peak peak g - peak intensity d peak to g peak half peak in xps d peak, g peak Infrared automatic peak marking icp peak d peak-to-peak analysis peak and g peak Mass Spectrum ms half peak double peak peak to peak peak-inverted liquid phase peak-to-peak distance inverted peak g peak d peak Chromatographic conditions + peak peak extension pl peak peak mid-peak Nitrogen peak + Methane peak + peak fen xrd peak peak Yongfeng Chemical g peak d peak raman+g Fengfeng Peak splitting method Semi-automatic gel cleanup Diffraction peak half peak grain width at half maximum polaron peak Oxidation peak shifts to the right d-peak and g-peak peak potential half peak potential Light source at half peak peak meaning Significance of oxidation peak Oxidation peak and reduction peak xps half peak hplc peak ms peak Oxidation peak Reduction peak Methane peak normalized peak Upside down Half width of spectral peak str half peak str half peak str half-peak mobile phase peak Peak shape optimization xrd triple + peak peak broadening peak broadening effect Peak-to-peak type Chromatographic peak half width Semi-automatic blocking Raman Fengfeng peak crystallization peak positive peak negative peak half width data peak normalization carbon peak d peak aged to peak positive peak negative peak thermo semi-automatic natural peak Peak + peak height + peak width mobile formic acid peak ion peak half height Positive and negative peaks m peak heavy peak half strip Semi-Automated Instrument Technology Evaluation half frequency peak octave frequency peak Benzene peak Methanol peak peak shape acidic condition peak gc peak peak Purification peak Characteristic peak at half width liquid phase inverted peak pre-peak weakening peak sp2 Methanol peak Benzene peak satellite peaking Fully automatic semi-automatic biochemistry peak broadening d peak/g peak g peak + d peak Nong residual peak split peak too wide inverted peak shape self control peak half width of diffraction peak hybridization peak broad peak splitting Oxidation peak Reduction peak mobile phase peak shape absorption peak half wave semi-automatic headspace Diffraction peak width half peak grain Buehler Semi-Automatic satellite peaking carbon peak +d peak Quanfeng Chemical peak peak + peak shape peak-to-peak pattern Automatic and semi-automatic nucleic acid detection dsc crystallization peak Water peaks and peaks gcms peak+peak Automatic or semi-automatic nucleic acid semi-automatic Cyclization acidic peak water peak peak half height led Semi-automatic coagulation s peak m peak d peak Peak shape change semi-automatic scratch Gaussian half peak dsc melting peak half positive half inverted peak semi-automated and fully-automated dsc curve half peak cd peak UV peak peak fen bifurcation peak Compound Vibration Peak peak stay peak peak shift d peak and g peak code peak water peak fat peak raman+half peak d+peak+g+peak dsc+melting peak q peak and h peak peak quartet water peak + fat peak side peak and half peak main peak Solvent peak Benzene peak d peak peak width Automated peak identification carbon peak carbon g peak d peak half width of the curve oPeak shift dtg peak peak Purified water peak positive peak and inverted peak excel half peak q peak d peak q peak and d peak mobile phase water peak Octave peak-to-peak half peak Raman d peak intensity icp peak dls half peak harmonic peak Solid solution peak broadening Fully automatic. Semi-automatic biochemistry Semi-automatic biochemical reagents Automatic peak finding Oxidation peak + Reduction peak + melting peak Oxidation peak and reduction peak Peak experiment conditions Jianfeng Chemical Peak optimization peak area half height peak broadening Magnetic bead method semi-automatic peak-to-peak ratio Appotronics tb/t 1479-1991 main peak secondary peak Half width and z Appotronics push peak Why is the width at half maximum Fully automatic semi-automatic Semi-automatic testing and automation colorimetric cell semi-automatic biochemistry colorimetric cell semi-automatic biochemistry full width at half maximum spectral kurtosis technique hump double frequency peak pa66 half peak Bandwidth at half peak spectral kurtosis technique Chloroform peak cv peak peak width at half maximum Flow rate at half peak width semi-preparative junction br Fengfeng Split peak + half peak width xrd peak position peak d peak to g peak+ peak area half The larger the half-peak width ni oxidation peak s peak and d peak peak ct peak Detection technology automation Electropherogram software peak distance full peak half width xrd diffraction peak Peak splitting technology half peak xrd Fully automatic semi-automatic d peak heavy peak Fe oxidation peak xrd automatic peak alignment chemical base peak satellite peaking half width symbol Semi-automation and full automation Half width of melting peak Chromatographic peak half width peak-to-peak position Width at half peak g peak and d peak Negative peak splitting half peak width da Fully automated and semi-automated Half width of melting peak oxidation peak height tb/t1259-1991 The difference between automatic and semi-automatic Semi-automatic degree tandem peaking xrd peak position Raman spectrum half peak d peak to g peak Electrochemical oxidation peak reduction peak Raman half peak half width of n half peak width Oxidation peak vs reduction peak half-peak meaning d peak g peak peak ms compound peak oxidation peak of ni acid peak base peak full peak width at half peak Semi-automatic metallographic peak spread peak Quintet conditions acid peak base peak Peak-to-peak cetane peak conditions MS peak conditions Half width of synthetic peak methane half peak Crystallization peak+ The smaller the half peak width go peak ms half peak Fenghai led width at half peak p peak Peak diagram western semi-automatic p heavy peak half maximum width time d peak g peak ratio Camel times Automated g3 software half peak width Mass Spectrum Half Peak xrd each peak semi-automatic and semi-automatic xrd peak xrd peak half crest k20 semi-automatic Quantitative fluorescence half peak peak to peak difference hunchback automation Pinfeng Biochemical sp2C half maximum width Raman half width Standard half width Automated technology Technologies for the Automation Software Industry Automation technology industry Technology software technology standardization Automation standards tb/t2232-1991 tb/t 798-1991

本标准规定了半自动化驼峰系统、驼峰信号及溜放进路集中控制、车辆减速器半自动控制、供电、平纵断面、生产用房的主要技术条件及测试方法。
本标准适用于驼峰信号、溜放进路集中控制、溜放速度半自动控制的驼峰调车场，作为研制和设计的依据，工程、运营、维修也应参照执行。

More samples: DL/T 5154-2012 GB 18306-2015 JGJ 94-2008

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Techinical Conditions for Semiautomatic Hump

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