蒎烯

H2O2-FeSO4引发α-蒎烯与苯乙烯分散聚合

Dispersion and Polymerization of α - pinene with Styrene Using H_2O_2-FeSO_4 as Evocator

蒎烯树脂对EVA（树脂）热熔胶性能的影响

Influence of pinene resins on performance of EVA-based hot-melt adhesive

低浓度H2O2环氧化α－蒎烯的研究

Study on the epoxidation of a-pinene with dilute h_2o_2

松节油在超临界CO2中的溶解度及对其α-蒎烯和β-蒎烯的分离

Solubility of turpentine and separation of α - pinene and β - pinene in supercritical carbon dioxide

TiO2／SO~（2－）4催化的α－蒎烯异构化反应

Tio_2 / so ￣( 2 - ) _4 catalyzed α - pinene isomerization

桉油中主要含桉油精（C（10）H（18）O），其含量大于70.0%；还含有柠檬烯、α-蒎烯等成份。

Eucalyptus oil mainly contains eucalyptol ( C_ ( 10 ) H_ ( 18 ) O , more than 70 % ), limonene , a-pinene and ect .

固体超强酸SO4~（2-）/Al2O3催化α-蒎烯合成龙脑

Synthesis of borneol from α - pinene catalyzed by solid superacid SO_4 ~ ( 2 - ) / Al_2O_3

GC法测定连翘子挥发油中α-蒎烯和β-蒎烯的含量

Determination of the α - pinene and β - pinene in the seed of Forsythia suspense volatile oil by gas chromatography

中孔分子筛PO4~（3-）/Zr-MCM-41催化α-蒎烯水合反应

Hydration of α - Pinene on Mesoporous Molecular Sieve PO_4 ~ ( 3 - ) / Zr-MCM-41

肺部炎症模型中核因子-κB的改变及蓝桉油和α-蒎烯对其核转位活化的影响

The Change of Nuclear Factor - κ B of Inflammation Model in Lung and the Effect of Eucalyptus Globules Oil and α - pinene on Activation of Nuclear Factor - κ B

用HPLC、DSC、IR和UV等方法对α-蒎烯和苯乙烯的共聚产物进行表征。

The HPLC , DSC , IR and UV measurements have been used for the characterization of products of α - pinene and styrene copolymerization .

微波辐射SnCl4·5H2O催化α-蒎烯异构化反应

Isomerization of α - Pinene Catalyzed by SnCl_4 · 5H_2O under Microwave Irradiation

非晶态RaneyNi-P/玻璃纤维催化蒎烯加氢

The Hydrobon of Pinene with Amorphous Raney Ni-P / fiber-glass Catalyst

LP-FTIR跟踪β-蒎烯与OH自由基气相反应的初步研究

Preliminary study on the gas-phase reaction of β - pinene and OH radical by lp-ftir

将增粘剂（萜烯2种异构体）α-蒎烯树脂和β-蒎烯树脂分别与EVA树脂混合，做平行对比实验。

Did parallel experiments in which EVA resin with α - pinene resin and β - pinene resin was respectively blended . contrasting ;

α-蒎烯BPO催化法合成冰片的动力学研究

The method of synthesizing borneol with BPO catalyst

PMA催化α-蒎烯异构化反应具有很高的活性和特殊的选择性。

The isomerization of α - pinene catalyzed by PMA demonstrated high activity and special selectivity .

合成冰片与松节油中■-蒎烯的GLC分析

GLC analysis of synthetic borneol and ■ - pinene in turpentine oil

中孔分子筛负载AlCl3催化α-蒎烯聚合

Alcl_3 supported on mesoporous molecular sieves as catalysts for polymerization of α - pinene

考察了季铵盐（A1）的浓度、钨酸钠浓度、H2O2与蒎烯的量比、反应温度对环氧化反应的影响。

The effects of the A-1 concentration , the sodium tungstate concentration , the molar ratio of H_2O_2 to pinene , and the reaction temperature are investigated .

以H2O2为氧源，研究了松香基Schiff碱高分子金属配合物催化茴香油，苯乙烯，肉桂醛，和蒎烯的氧化反应。

It has been investigated for the oxidation reactions of rosin-based Schiff base polymer metal complexes catalyzed fennel oil , styrene , cinnamic aldehyde and pinene by H2O2 .

目的优选超临界CO2萃取乳香的工艺条件。方法：正交法设计萃取工艺，GC法测定超临界CO2萃取物中α-蒎烯和乙酸辛酯的含量，以此为指标综合评价各工艺。

OBJECTIVE To optimize the extraction process of olibanum by SFE-CO2.METHODS Orthogonal design was applied and GC was used to determine the contents of α - pinene and acetic octyl ester to optimize the process .

以13X钠型分子筛为催化剂、α－蒎烯为原料制备双戊烯。

Isomerization reaction was studied for synthesizing dipentene using α - pinene as raw material and 13X-type molecular sieve zeolite as catalyst .

α-蒎烯转化率达100%，HMK得率达84%，HMK经MS、IR、NMR、EA表征。

The conversion of a-pinene reached 100 % . The yield of HMK reached 84 % , HMK was confirmed by MS , IR , 1H-NMR , EA .

LP-FTIR跟踪研究α-蒎烯O3气相反应

Study on the Gas-Phase Reaction of α - Pinene with Ozone by LP-FTIR

LP-FTIR跟踪β-蒎烯与臭氧的气相反应研究

Study on the Gasphase Reaction of β pinene and Ozone by LP FTIR

本论文利用LP-FTIR技术，并结合GC/MS技术和HPLC技术，对β-蒎烯的大气化学反应进行了系统的实验室模拟研究。

In this thesis we made systemic laboratorial simulation of the atmospheric reactions of β - pinene , using LP-FTIR combined with GC / MS and HPLC .

D-72催化α-蒎烯异构化中的介质效应

Medium Effect in the Isomerization of α Pinene Catalyzed by D 72 Sulfonic Resin

超细固体酸TiO2-SO4~（2-）催化α-蒎烯异构反应研究

Study on the catalytic reaction of superfine solid state acid TiO 2 so 2 - 4 for α pinene isomerization

从木贼麻黄中鉴定出69种化合物，烯烃类化合物为其主要成分，占总峰面积的54.05%，含量最多的化合物是（1S，5S）-2（10）-蒎烯，占总峰面积的32.73%。

And in E. equisetina ( 1S , 5S ) - 2 ( 10 ) - pinene is the main compound that accounts for 32.73 % of total volatiles .