HB 5220.41-2008 in English

VALID

Methods for Chemical Analysis of Superalloys - Part 41: Determination of Boron Content by Fluoroborate Ion Selective Electrode Method

Issued on:2008-03-17
Implemented on:2008-10-01
File Format:PDF
Delivery:Via email within 1~3 business days

Price(USD)： $90.00
$88.00

Standard No:	HB 5220.41-2008
Document status:	VALID
Title in English:	Methods for Chemical Analysis of Superalloys - Part 41: Determination of Boron Content by Fluoroborate Ion Selective Electrode Method
Title in Chinese:	高温合金化学分析方法第41部分:氟硼酸根离子选择电极法测定硼含量
Language:	English
File Format:	Electronic (PDF)
Delivery:	Via email within 1~3 business days
Issued on:	2008-03-17
Implemented on:	2008-10-01
ICS Classification:	49.025-Materials for aerospace construction
Professional Classification:	HB-Aviation
Related Keywords:	fluoroborate ion selective electrode method scopethis part selective electrode method chemical analysis boron content analysis steps
Related Topics:	boron Analysis of boric acid content Analysis method of boric acid Determination method of high molecular organic acid boron ion mass Molecular weight 41 Boron+ Fluoride ion analysis Determination method of ammonium ion content Ion Quantitative Analysis Boron content Fluoroboric acid content analysis borate ion Quantitative analysis of ions Analysis of Fluorine in Electronic Glass by Ion Selective Electrode Determination Fluoride Determination Method Ion Selective Electrode Method Electrode method Determination method of ammonium ion content Fluoroboric acid high temperature ion selective electrode method Borate Boron content Fluoride ion analysis method Analytical method for determination of boric acid content Borate Fluoride ion analysis method Analytical method for determination of boric acid content Electroplating Boric Acid Analysis Method Electroplating Boric Acid Analysis Method Analysis of Fluorine Determination by Fluoride Ion Selective Electrode Molecular weight more than 41 Boron+ content Content analysis of boric acid Electrode method Boron content of boron alloy Part 2 Determination of Cyanide Content by Ion Selective Electrode Method Cyanide electrode method Ion Quantitative Analysis The cerium boride electrode is somewhat Fluoride ion analysis method Cerium boride electrode Ion Selective Electrode Method for Sodium Content boron ion Determination method of content of ammonium ion boron ion mass boron ion Polarographic Determination of Boron Fluoborate selective electrode method Analysis of Fluorine by Electrode Method High temperature, number of fluoride ion electrodes Fluoride ion electrode activation method Determination method of ammonium ion content Boric acid assay analysis method Analysis method for tetrahydroxydiboron content Cleaning and Validation Analysis Method Scheme for Determination of Boric Acid Content Separation method based on molecular weight Lithium boron alloy analysis method Lithium-boron alloy chemical analysis method How to detect boron content Ion detection electrochemical method Borate ion determination Boric acid quantitative detection method Ammonium ion analysis method How to choose electrode for titration method Borate ion identification method Standard precipitation electrode potential of ammonium ion Borate concentration analysis method Formic acid ion content determination method The preparation methods of polymer alloys can be divided into: Determination of chromate ion content Sodium fluoroborate content determination method Methods for improving separation by size exclusion analysis

Scope

This part specifies the principles, reagents and materials, instruments, sample preparation, analysis steps, calculation of analysis results, tolerance and quality control and requirements for the determination of boron content in high-temperature alloys using the methofluoroborate ion selective electrode method. This section applies to the determination of boron content in high-temperature alloys. Measuring range: 0.005% ~ 0.20%.

More samples: YD/T 3934-2021 GB 18306-2015 NB/T 47013.2-2015

Sample only — not a preview of HB 5220.41-2008

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