GB/T 19460-2008 in English

VALID

Product of geographical indication - Huangshan maofeng tea

Issued on:2008-06-03
Implemented on:2008-12-01
File Format:PDF
Delivery:Via email within 1~3 business days

Price(USD)： $100.00
$97.00

Standard No:	GB/T 19460-2008
Document status:	VALID
Title in English:	Product of geographical indication - Huangshan maofeng tea
Title in Chinese:	地理标志产品黄山毛峰茶
Language:	English
File Format:	Electronic (PDF)
Delivery:	Via email within 1~3 business days
Issued on:	2008-06-03
Implemented on:	2008-12-01
Superseding:	GB 19460-2004 Geographical origin of products Huang Shan Mao Feng Tea
Chinese Classification:	X55-Tea products
Professional Classification:	GB-National Standard
Related Keywords:	huangshan maofeng tea geographical indication products geographical indication tea scopethis standard huangshan
Related Topics:	d peak g peak d peak and g peak d peak g peak 2d peak s peak w peak G peak and D peak d peak g peak Standard peak d peak + g peak + 2d peak xrd peak peak d peak + g peak Standard peak Sample peak Huangshan g peak has secondary peak g peak 2d peak capillary column peak Benzene peak time d peak-to-peak integration peak internal standard method Raman peak standard peak internal standard peak height Sample split peak LC standard peak gb/t19460 Inverted peak + peak + liquid phase GB/T 19460-2008 Aspergillus flavus column peak glitch peak generate emission peaks Huangshan dish Peak area main peak Kurtosis Sample Peak Solvent Peak raman+ peak to peak respectively d peak and g peak dsc melting peak Hydrocarbon peak "GB/T 19460 Raman Fengfeng Peak processing Sample Handling Peak mass spectrum product peak liquid sample peak The principle of peak splitting peak cv peak dsc peak + tga peak target peak d peak g peak+ dsc peak peak solvent peak + hplc + peak xps peak peak magazine peak peak g - peak intensity d peak to g peak d peak, g peak Sample peak forward Peak processing icp peak d peak-to-peak analysis peak and g peak peak to peak peak-inverted liquid phase peak-to-peak distance inverted peak Liquid index peak The principle of peak splitting g peak d peak Standard sample peak peak extension pl peak peak Nitrogen peak + Methane peak + peak fen Sample peak and impurity peak xrd peak peak g peak d peak raman+g Fengfeng Diffraction peak half peak Standard Sample Peak Method Labeling of peaks d-peak and g-peak GB/T 19460 GB/t+19460 ecd product peak Liquid phase sample peak product peak peak meaning hplc peak ms peak gold absorption peak peak theory Methane peak Upside down peak glitch Standard peak area produce broad peaks xrd triple + peak Peak-to-peak type No peak in sample target peak time Raman Fengfeng peak crystallization peak positive peak negative peak Standard Miscellaneous Peaks positive peak negative peak pure peak Peak + peak height + peak width Sample Peak Front Aspergillus flavus peak type Positive and negative peaks m peak heavy peak Benzene peak Methanol peak Cause of Standard Peak peak shape gc peak peak internal standard peak liquid phase inverted peak peak sp2 Methanol peak Benzene peak satellite peaking Solvent Peak Principle d peak/g peak g peak + d peak Peak mechanism Nong residual peak split peak too wide inverted peak shape broad peak splitting Diffraction peak width satellite peaking peak peak + peak shape peak-to-peak pattern dsc crystallization peak Water peaks and peaks Product impurity peak gcms peak+peak Test product peak water peak Geographical indication product Mengshan tea s peak m peak d peak Gas phase peak marking cd peak UV peak GB/T19460-2008 peak fen bifurcation peak peak stay peak peak shift peak rate d peak and g peak code peak water peak fat peak Peak elimination d+peak+g+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 carbon peak dtg peak peak positive peak and inverted peak q peak d peak q peak and d peak External standard peak liquid phase product peak Octave peak-to-peak d peak intensity icp peak Electrophoresis product peak harmonic peak mountain peak melting peak gb19460 peak-to-peak ratio main peak secondary peak Huangshan UV Peak frequency pa66 half peak Raman peak standard peak Chromatographic marker peak Chloroform peak cv peak peak br Fengfeng xrd peak position peak d peak to g peak+ cursor peak s peak and d peak base peak standard peak peak ct peak coordinate peak peak distance xrd diffraction peak Sample peak time d peak heavy peak satellite peaking Peak height processing peak-to-peak position peak glitch g peak and d peak Negative peak splitting knot peak Sample peak shape gas phase sample peak xrd peak position d peak to g peak yellow absorption peak d peak g peak peak GB Peak acid peak base peak peak spread peak acid peak base peak Peak-to-peak go peak p peak Peak diagram p heavy peak d peak g peak ratio xrd each peak drug peak internal standard peak xrd peak xrd peak governance peak peak to peak difference Sample solvent peak GBT19460 GBT19460-2008 Liquid phase burr peak Pinfeng shines Huang Xiaofeng electron microscope Pinfeng Biochemical

《GB/T 19460-2008地理标志产品黄山毛峰茶》由TC554（全国知识管理标准化技术委员会）归口，TC554SC1（全国知识管理标准化技术委员会地理标志分会）执行，主管部门为国家知识产权局。
本标准代替ＧＢ１９４６０―２００４《原产地域产品　黄山毛峰茶》。本标准规定了黄山毛峰茶的地理标志产品保护范围、术语和定义、分级与实物标准样、要求、试验方法、检验规则以及标志、标签、包装、运输、贮存。本标准适用于国家质量监督检验检疫行政主管部门根据《地理标志产品保护规定》批准保护的黄山毛峰茶。本标准与ＧＢ１９４６０―２００４相比主要变化如下：
―――将标准属性由强制性修改为推荐性；
―――根据国家质量监督检验检疫总局颁布的《地理标志产品保护规定》，修改相关名称；
―――删除“茶树种植”和“茶园管理”要求，增加“种植技术”要求；
―――删除理化指标要求中的“粗纤维”项目；
―――删除“卫生指标”要求，增加污染物限量指标和农药最大残留限量指标要求；
―――将“净含量负偏差”修改为“净含量允许短缺量”；
―――按地理标志产品专用标志管理办法的规定，修改了在其产品上使用专用标志的表述。

Scope

This standard specifies the terms and definitions of Huangshan Maofeng tea, the scope of protection of geographical indication products, grading and physical standard samples, requirements, test methods, inspection rules, signs, labels, packaging, transportation, and storage. This standard is applicable to Huangshan Maofeng tea approved and protected by the national quality supervision, inspection and quarantine administrative department in accordance with the "Regulations on the Protection of Geographical Indication Products".

More samples: NB/T 47013.2-2015 GB 18306-2015 JGJ 94-2008

Sample only — not a preview of GB/T 19460-2008