GB/T 24533-2009 in English

SUPERSEDED

Graphite negative electrode materials for lithium ion battery

Issued on:2009-10-30
Implemented on:2010-05-01
File Format:PDF
Delivery:Via email within 1~3 business days

Price(USD)： $930.00
$903.00

Standard No:	GB/T 24533-2009
Document status:	SUPERSEDED
Superseded by:	GB/T 24533-2019 Graphite negative electrode materials for lighium ion battery
Superseded on:	2020-02-01
Title in English:	Graphite negative electrode materials for lithium ion battery
Title in Chinese:	锂离子电池石墨类负极材料
Language:	English
File Format:	Electronic (PDF)
Delivery:	Via email within 1~3 business days
Issued on:	2009-10-30
Implemented on:	2010-05-01
ICS Classification:	29.050-Conducting materials
Chinese Classification:	Q51-Graphite material
Professional Classification:	GB-National Standard
Related Keywords:	negative electrode materials graphite-based negative electrode materials graphite-based anode materials lithium ion battery scopethis standard negative electrodes
Related Topics:	How long does the graphite electrode last Lithium Ion Battery Electrode Test Electrode Material atomic graphyne GB/T 24533-2009 Negative ion peak Titanium electrode material Specific gravity of graphite electrode A graphene/cation Specific gravity of graphite electrode Standard electrode potential of lithium cobalt lithium standard electrode potential Lithium sheet negative electrode graphite electrode iec Quantitative ion Lithium Negative Positive Lithium GB/T+24533-2009 polarity of inorganic materials Electrode material quality Negative battery capacity graphene distance Lithium battery negative pole piece GB/T 24533 2009 Negative lithium sheet Negative ion index Positive electrode half-cell lithium sheet gc-ms negative ion primary ionization Lithium sheet positive and negative electrodes Lithium battery positive and negative plates Graphene battery pole piece Graphite Lithium battery negative plate Ion seven electrode method Lithium battery negative electrode sheet material atom+lithium+ ionization Qualifier ion Graphene lithium sulfur Lithium battery negative plate battery negative plate Specific gravity of electrode graphite Lithium positive and negative electrodes battery negative plate lithium ion low frequency negative ion spectrum Mass Spectrum Negative Ion Peak A kind of graphene lithium ion negative pole sheet battery analysis Quantifier ion Lithium-ion battery negative plate Battery negative ratio Specific gravity of graphite electrode lithium cation Molecular weight of lithium bipolar material A lithium battery pole seat electrode graphene battery Graphite is so classified Counter electrode type ion qualifier ion quantifier Graphite Material Specifications Qualifier Molecular weight of lithium ionic half cell Lithium-ion battery positive plate Qualifier Bipolar Ion Definition bipolar ion interaction pool away Electrode battery processing bipolar ion interaction Graphene Chloride Lithium-ion battery negative plate Negative plate ratio in negative ion spectrum Lithium negative plate for lithium battery Negative lithium sheet Three-electrode counter-electrode lithium battery ionization energy Chloride ion negative peak Graphdiyne material electrode material dendrite ion battery Lithium sheet negative electrode Lithium sheet battery positive electrode Positive electrode half-cell lithium sheet Graphite electrodes and copper electrodes Lithium and sodium separation Extract ion peaks Graphite Processing and Graphite Materials Graphite Equipment Materials Anode Material Special Graphite Lithium-ion battery electrochemical window Lithium Battery Material List Graphene battery material negative ion tester Graphene lithium battery GB/t+24533 Carbon Electrode Graphite Electrode ionization energy gbt 24533-2009 Graphite lithium ion battery negative electrode Niobium ion battery GB/T 24533 Li-ion half-cell graphite Graphite anode materials for lithium-ion batteries Graphite electrometer Graphite anode material Battery organic anode materials Electronic and Optoelectronic Materials polar material balance Graphene lithium battery negative half cell ion battery Moisture electrode material Li-deposited graphene Battery negative lithium sheet Graphene carbon battery Lithium reference electrode Graphite lithium battery ion electricity Frontiers of Materials丨Graphyne Organic Material Anode Graphene battery 1 lithium ion battery Lithium battery material magnetic Graphite electrode battery Graphene super battery Graphene super battery Graphene high-efficiency battery Graphene lithium ion battery Graphene lithium ion battery Graphene lithium ion battery New graphene battery Lithium iron battery pole Graphene battery future Graphene battery future Graphene battery lithium Graphene battery products al-ion battery super battery Lithium sheet + negative electrode Graphene replaces lithium Titanium electrode Chloride ion Ammonium ion electrode preparation electrode material peak Lithium battery graphite Graphene Li-ion lithium electrode Circuit Negative Negative pole Material Ion Analysis plasmonic graphene Ion Electrode graphene cation Electrode + Test + Electrode Material Properties of electrode materials gb24533 negative ion water lithium metal anode Battery material + instrument Electron field material lithium metal anode Graphene battery battery Graphene replaces lithium Domestic lithium battery hydrogen ion electrode Graphene negative electrode Lithium battery related materials Li-ion and graphene batteries gb/t24533 Graphene battery and Li-ion battery Graphene battery vs Li-ion battery Density of various graphite electrodes Graphdiyne lithium anode Negative ion agent Anionic graphite Electrode material water Organic negative ion Lithium Standard Electrode Potential Platinum Battery negative lithium sheet Anode lithium potential Quantifier ion Quantitative ion peak graphitized electrode Graphene electrode Water electrode material Lithium titanate negative electrode material Graphite lithium battery lithium electrode potential Electric Material Electrode Molecular weight of lithium Lithium-ion battery lithium sheet Electrode graphite density Fluoride ion in graphite Qualifier transition Density of electrode graphite Graphene battery anode Graphene Li-ion Photoelectrode material Ionic graphite Graphene lithium analysis Cation Anion Two-electrode cells vs. three-electrode cells Graphite electrode sleeve standard electrode potential of lithium battery battery material Ion graphene Two-electrode batteries and three-electrode batteries Lithium battery pole piece specifications Polar and Nonpolar Materials Graphdiyne material Material Electronic Capabilities ion negative peak Graphite electrode graphitization Type ion trap Better batteries than graphene batteries Graphitization degree of graphite electrode Lithium-ion battery three electrodes Naphthalene lithium metal anode Naphthalene lithium metal anode Graphene electrode What is the density of graphite electrode polarity of the material Lithium ions and lithium atoms Mass Spectrum Negative Ion Peak Electrode graphite density Anode Lithium Evolution Naphthalene lithium battery material Electrode Potential of Lithium graphite half cell lithium electrode potential Three electrodes in lithium batteries Preparation of lithium graphite phase tracer lithium ion Li-ion Lithium ion content Lithium-ion battery negative half-cell graphene battery, graphene, graphite, battery Three-electrode lithium battery Lithium battery negative electrode Battery positive lithium graphene battery, graphene, battery graphene, graphene material, graphene battery Graphene, graphene battery, lithium-ion battery lithium + electrode potential lithium electrode potential Northeast graphite electrode Ionic graphite pieces Does graphene battery use lithium? graphene cation How to detect negative ions Graphite lithium+ negative electrode battery anode material body Material Test Electrodes Graphene lithium-ion battery1 Graphite electrode square Electrode material voltage zwitterionic material Alkyne anion Lithium battery pole piece material Li-ion battery factory design GBT24533 GB/T 24533-2009 GB/T 24533-2019 Graphene lithium battery How to connect the graphite electrode Lithium-ion cells and batteries for stationary electronic equipment Lithium-ion battery for wireless earphones Graphene lithium ion battery anode material Lithium Metal and Lithium Ion Batteries Lithium feldspar Lithium-ion battery negative electrode water-based adhesive Lithium ion powder ion Graphite electrodes conduct heat Electrode material particle size Lithium battery pole piece materials Lithium battery advantages and disadvantages Magnetic object detection of lithium battery cathode materials Lithium air battery discharge cathode Lithium-ion battery discharge curve Odd electron ions and even electron ions Types of graphite tubes How graphene lithium-ion batteries work ICP-OES lithium-ion battery electrode Mechanism of ionic thermoelectric materials Medium entropy alloy negative electrode lithium-ion battery ASTM graphite electrode Battery raw materials Anode material characterization Silicon carbon anode lithium supplement Lithium battery negative electrode solid content What are the cathode materials for lithium batteries? Characterization methods for lithium-ion battery materials Application areas of lithium-ion batteries Lithium-ion battery capacity refers to Disadvantages of graphene as anode material for lithium-ion batteries ESI negative ion mode Lithium battery cathode stirring material lithium ion icp Negative ion assessment Sodium battery negative electrode Lithium battery negative electrode material bonding Li-ion battery voltage drop Sodium battery negative electrode material Graphite electrodes perform Lithium battery negative electrode copper foil Graphene lithium battery Graphene Battery Group Lithium battery graphite material magnetic substance Graphite Alloy American Materials Oxygen negative ion standard electrode potential Peeling force test method for lithium-ion battery pole pieces Fuel cell graphite bipolar plate Standard electrode potential from ferrous ion to ferrous ion? Lithium-ion battery tabs Lithium battery cathode material quality Related materials for cathode materials of lithium-ion batteries in my country Fluoride ion content of lithium battery materials Graphite alloy material Graphite Anode Material Group Graphite powder for batteries Lithium-ion battery pole piece slurry strength General technical specifications for aluminum-based negative electrode lithium-ion batteries American graphite materials Lithium battery pole piece capacity Special materials for lithium battery equipment Graphene battery testing Graphite Electrode International Lithium-ion electrode material element detection Negative ion water conductivity Lithium-ion battery cathode material quality Lithium battery graphite Lithium metal anode material testing Polar materials and Lithium-ion battery product quality Graphite rotor material Graphitization degree test of graphite materials Lithium-ion battery binder Lithium-ion battery silicon How to charge mobile phone lithium-ion batteries Battery positive and negative pole quality Lithium battery peeling force test Lithium Graphite Half Cell Test Lithium-ion battery overcharge test Lithium battery cathode material industry gb/t 24533-2018 Lithium battery equipment materials gb/t24533-2009 Graphite Lithium Ion Battery Commercial Lithium Ion Capacitor Materials

《GB/T 24533-2009锂离子电池石墨类负极材料》由TC183（全国钢标准化技术委员会）归口，TC183SC15（全国钢标准化技术委员会炭素材料分会）执行，主管部门为中国钢铁工业协会。
本标准规定了化学防护服的选择、使用和维护。
本标准适用于作业人员在作业环境及应急救援活动中所使用的化学防护服。

Scope

This standard specifies the classification, model, technical requirements, test methods and inspection rules of graphite-based anode materials for lithium-ion batteries. This standard applies to graphite-based negative electrode materials used as negative electrodes for lithium-ion batteries.

More samples: QC/T 942-2021 DL/T 5154-2012 JGJ 94-2008

Sample only — not a preview of GB/T 24533-2009

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