- 更多网络例句与枞叶相关的网络例句 [注：此内容来源于网络，仅供参考]
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Laccase could degrade the conjugated resin acids and unsaturated fatty acids in model emulsions to some extend in the presence of ABTS2,2\'-azinobis(3-ethylbenzthiazoline-6-sulfonate or VIO.Palustric acid and abietic acid in DCS of Masson pine CTMP could be partially removed by lacaase treatment without addition of external mediator.
漆酶在ABTS2，2-连氮-二(3-乙基苯并噻唑-6-磺酸或紫尿酸存在的条件下可以降解带有共轭双键的树脂酸和不饱和脂肪酸；在不加介体的情况下漆酶处理可以除去马尾松CTMP的DCS样品中的部分长叶松酸和枞酸。
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The law of thermo isomeric changes of the pimaric,ellioti pimaric, levopimaric,longifolic,dehydropimaric,abietic and neoabietic acids in the oleoresin of Pinus elliottii were studied in a comparison with those of resin acids in the oleoresin of Pinus massoniana .
本文研究湿地松松脂中海松酸、湿地松酸、左旋海松酸、长叶松酸、去氢枞酸、枞酸、新枞酸受热异构变化规律，并与马尾松松脂中的树脂酸热异构变化进行对比，为湿地松松脂的生产提供理论依据。
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Thirdly, the acrylic rosin was synthesized by the addition reaction from gum rosin andacrylic acid. The levo-pimaric acid was converted into acrylic pimarie acid throughDiels-Alder addition with acrylic acid. The abietic-type acids in the gum rosin were inisomerization balance under high temperature, and the abietic acid and palstric acid would beconverted into levo-pimaric acid and reacted in the later type.
第三，通过脂松香与丙烯酸加成合成了丙烯酸松香，该反应是左旋海松酸与丙烯酸发生Diels-Alder加成反应生成丙烯海松酸，由于脂松香中的枞酸型树脂酸在高温下处于异构化平衡状态，因此随着反应的进行枞酸、长叶松酸等会异构化为左旋海松酸参与反应。
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In 1994 the company developed and produced a pearl tea, tea beverages, instant tea powder products, which leaves the White Dancongèèbeverages access to national patent, in 1997 developed the comprehensive utilization technology of tea are classified as provincial Spark Program, to produce instant tea , tea biscuits, tea, candy and other products developed in 1999 to produce Japanese-style salted plum, products are all exported to Japan, in 2000 the company successfully developed its own high-purity polyphenols production process, in 2001, to further promote agriculture industrialization process of making full use of tea in this region, the resource advantages Qingmei, the company continue to expand science and technology, capital investment, the development of tea polyphenols, tea polysaccharide, caffeine integrated extraction technology, the project fills a gap in the province by the provincial science and technology Identification of the Office of organizations, technology has reached domestic leading level, while Japanese-style salted plum expand production scale, reaching Qingmei annual processing 4000 tons of finished Mei 2500 tons.
公司重视科技术投入，成立了潮安县茶叶工程技术研究中心，该中心技术力量雄厚，拥有一批高级专业技术人才，已在农副产品的综合利用技术开发方面进行了广泛深入的研究开发。1994年公司开发生产出龙珠茶、茶饮料、速溶茶粉等产品，其中白叶单枞茶茶饮料获得国家专利，1997年公司开发的茶叶综合利用技术被列为省星火计划，生产出速溶奶茶、茶饼干、茶糖果等系列产品，1999年公司开发生产出日式盐渍梅，产品全部出口日本，2000年公司自行成功开发出高纯度茶多酚的生产工艺，2001年，为进一步推动农业产业化进程，充分利用本地区茶叶、青梅的资源优势，公司继续加大科技、资金投入，开发出茶多酚、茶多糖、咖啡因综合提取技术，该项目填补了省内空白，经省科技厅组织鉴定，技术水平达到了国内领先，同时扩大日式盐渍梅的生产规模，达到年加工青梅4000吨，成品梅2500吨。
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The main component dehydroabietic acid and little component abietic acid, neoabietic acid, levopimaric acid and pulustic acid of a few types disproportionated rosin were determinated quantitatively by selecting the proper order of derivative, differential wavelength difference, scanning rate and quantitative method.
通过选择合适的求导阶数、微分波长差、扫描速度和定量方法，对不同批号的歧化松香中的主成分脱氢枞酸和微量组分枞酸、新枞酸、左旋海松酸及长叶松酸进行了测定(其中左旋海松酸和长叶松酸测定的是合量)，实验结果令人满意。
- 更多网络解释与枞叶相关的网络解释 [注：此内容来源于网络，仅供参考]
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fipple：管哨口
fip 五便士币 | fipple 管哨口 | fir needle 枞叶
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baltimorite：叶蛇纹石
balsamoffir 枞香脂 | baltimorite 叶蛇纹石 | baluster 栏杆小柱 栏柱
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fir needle：枞叶
fipple 管哨口 | fir needle 枞叶 | fir 冷杉
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Pinus morrisonicola Hay.;Taiwan short-leaf pine：台湾五叶松
马尾松;青松;山松(广东);枞柏(福建) Pinus massoniana Lamb.;Chinese red pine | 台湾五叶松 Pinus morrisonicola Hay.;Taiwan short-leaf pine | 山松 Pinus mungo Turra;mountain pine