201 results about "Alpha-terpineol" patented technology

The invention discloses lead-free solar cell silver serum and a preparation method thereof, which consists of 70-85 percent of conducting silver powder, 5-10 percent of lead-free glass glue and 5.5-25 percent of organic carrier, wherein, the organic carrier consists of organic solvent and organic additive, the organic solvent is any kind of terpineol, terebinth and ethers or their combination; the organic additive is any kind of ethyl cellulose, dibutyl phthalate and acrylic resin or their combination; the particle size of the conducting silver powder is 0.2-2mum; and the lead-free glass glue belongs to bismuth-silicon- antimony glass system. The solar cell silver serum obtained by the method in the invention is lead-free, which complies with requirements of environmental protection, and a conducting electrode with strong adhesive force and low ohm contact resistance can be formed on the surface of the solar cell. The cell has high photoelectric conversion efficiency and is an ideal substituent of the lead silver serum.

The present invention relates to a method to decrease the flammability of normally flammable alcohols and solvents. The additive is Alpha Terpineol, which will increase the flash point of flammable alcohols or solvents, by blending the Terpineol into the flammable solvent or alcohol. Solvents such as acetone, methanol, ethylacetate, ethanol and xylene, to name a few, increases flash points by 50° C. to 60° C., by addition of 12-14% terpineol. The said solvent can then be blended with other organic solvents to produce performance solvents, such as paint strippers with flash points greater than 140° F. and meet Federal and state Volatile Organic Compound regulations.

The invention relates to a method for preparing an herbicide, and provides a method for preparing a natural herbicide, which has the advantages of mild reaction conditions, simple process, low cost and easy industrialized mass production. The method comprises the following steps of: dissolving alpha-terpineol insolvent, and adding alkali, metallic oxides and peroxides; stopping the reaction when the gas chromatographic analysis shows that the content of the alpha-terpineol is less than 0.5 percent; filtering and recovering the metallic oxides; distilling filtrate distillation to recover solvent, obtaining 1,2-epoxide; dissolving the 1,2-epoxide in the solvent, and adding acid; stopping the reaction when the gas chromatographic analysis shows that the content of the 1,2-epoxide is less than 2 percent; distilling reaction solution to recover solvent, obtaining an isomerized product of the 1,2-epoxide; dissolving the isomerized product of the 1,2-epoxide in the reaction solvent, adding alkali for stirring, and adding 2-methyl benzylchloride; stopping the reaction when the gas chromatographic analysis shows that the content of the isomerized product is less than 2 percent; pouring the reaction solution in water, adjusting the pH value of the mixed solution to neutral, and separating out organic phases; and obtaining the finished product by the water phase extraction, the combination of the organic phases, and distillation and recovery of the solvent.

The invention discloses a bactericide composition containing propiconazole, flusilazole and levo-alpha-terpineol and a production method thereof, and the bactericide composition comprises the following active ingredients by weight percent: 1%-50% of propiconazole, 1%-50% of flusilazole, 1%-50% of levo-alpha-terpineol and the balance of auxiliaries. The formulation can be missible oil, microemulsion and emulsion in water. The bactericidal spectrum is expanded after complex of the composition, the bactericide composition further has obvious synergy, the usage amount and the using times of the bactericide can be significantly reduced, the cost is reduced, and the emergence of drug resistance to diseases can be also delayed. The bactericide composition can be used for control of banana leaf spot disease, banana scab, venturia pirina, peanut leaf spot disease, apple anthracnose and grape anthracnose. Simultaneously, the levo-terpineol has low toxicity and is easy for degradation as a monoterpene alcohol synthesized by a plant renewable resource-turpentine, thereby being in line with requirements on green and environmental protection. The micro-emulsion and the aqueous emulsion in the invention, wherein, the water part can replace an organic solvent,, thereby reducing the environmental pollution.

The invention provides a method for one-step hydration synthesis of terpilenol by catalyzing turpentine through carbon-based solid acid. The method is characterized in that the turpentine is used as the raw material, isopropyl alcohol or butyl alcohol or isobutyl alcohol is used as the solvent, and the terpilenol is formed by means of one-step hydration synthesis through the turpentine under the catalytic action of a carbon-based solid acid catalyst. The carbon-based solid acid is prepared through a lignin gel method and has the advantages of developed micropores and mesopores, high catalytic activity, easy separation, good thermostability, repeatable utilization, easy regeneration, low preparation cost and the like; since the carbon-based solid acid is used for catalyzing the turpentine to form the terpilenol by means of one-step hydration synthesis, the conversion rate of the turpentine is up to 95-98 percent, and the yield of the terpilenol is 35-42 percent; besides, in the production process, no liquid waste acid or waste water is produced, pollution to the environment is greatly relieved, and the requirement for green chemistry is met.

The invention discloses a bactericide composition containing difenoconazole and levorotatory alpha-terpineol. The bactericide composition is characterized by comprising effective components of 1% to 50% by weight of difenoconazole and 1% to 50% by weight of levorotatory alpha-terpineol, and is mainly used for preventing and treating sigatoka. The invention has the advantages of obvious synergy function after formulation, obvious reduction of the usage amount and the usage frequency of the bactericide, lower cost and drug resistance of plant disease deferment. Meanwhile, the levorotatory terpineol as monoterpene alcohols prepared by compounding natural renewable resources can be degraded easily in environment, and meets environment friendly requirement. Moreover, micro-emulsion and aqueous emulsion relevant to the invention replace organic solvent with water portion, and environment pollution is reduced as well.

The invention discloses a chrysanthemum essence for hand cream, which is characterized by comprising the following components by weight percent: 2 parts of vetiver oil, 2 parts of cinnamon bark oil, 14 parts of sandal oil, 28 parts of alpha-terpineol, 8 parts of jasmine fragrance base, 36 parts of geranium oil, 20 parts of ylang ylang oil, 30 parts of hydroxycitronellal, 20 parts of lavender oil, 12 parts of bergamot oil, 8 parts of isoeugenol, 2 parts of iris resin, 2 parts of musk ketone, 8 parts of Peru musk, 16 parts of heliotropin and 2 parts of vanillin. The chrysanthemum essence for the hand cream is suitable for fragrance products of white cream, skin milk, fragrant molasses and the like, has no defect of discoloration, and has the advantages of pure and rich fragrance, strong durability, extremely less using quantity and the like.

The invention discloses saccharomyces cerevisiae capable of auto-synthesizing terpenoid substances and applications thereof, belonging to the field of fermentation engineering. The saccharomyces cerevisiae capable of auto-synthesizing various terpenoid substances denovo is screened from fermented grains of white wine. The stain is preserved in the general microbiology centre in China on September 4, 2013, and the preservation number is CGMCC No.8130. The strain is subjected to liquid-state or solid-state fermented cultivation so as to generate ten kinds of terpenoid substances including linalool, alpha-terpineol, citronellol, myrcenol, nerolidol, alpha-dragosantol, farnesol, alpha-farnesene, beta-farnesene and bisabolene. The cerevisiae strain is added in the wine making process and can improve the flavor of white wine and increase the nutritive value of white wine.

The invention discloses a germicide composition containing prochloraz and levo alpha-terpinol and a production method thereof. The germicide composition is characterized by comprising the following components in percentage by weight: 1-50 percent of prochloraz as an effective ingredient, 1-50 percent of levo alpha-terpinol and the balance of auxiliary agent; and the dosage form of the germicide composition is missible oil, a microemulsion or a water emulsion. The germicide composition has the advantages of expanding the sterilization spectrum after compounding, having obvious synergized action, obviously reducing the usage amount and the usage numbers of the germicide, reducing the cost and delaying the generation of the drug resistance of diseases, can be used for simultaneously preventing and treating various diseases and also can be used for preventing and treating mango anthracnose, rice blasts, banana crown rots, and the like. Meanwhile, the levo alpha-terpinol which is a monoterpene alcohol synthesized from turpentine oil as a natural renewable resource is easy to degrade in the environment and conforms to the requirement of environmental protection. In addition, in the microemulsion and the water emulsion, water is used for replacing organic solvents, thereby the environmental pollution is reduced.

The invention discloses a disinfectant composition comprising tebuconazole and levorotatory alpha-terpilenol and a production method thereof. The disinfectant composition is characterized by comprising the following active components in percentage by weight: 1-40 percent of tebuconazole, 1-40 percent of levorotatory alpha-terpilenol and the balance of addition agents, wherein the addition agents comprise missible oil, microemulsion and aqueous emulsion. The disinfectant composition enlarges a disinfection list after being compounded, has obvious synergy, obviously reduces the use quantity and the use time of a disinfectant, can simultaneously prevent multiple diseases, has a longer lasting period, delays the drug resistance of diseases and can be used for preventing sigatoka, leaf spots of peanuts, powdery mildew of cucumbers and apple alternaria blotches, in addition, the levorotatory alpha-terpilenol is used as monoterpene alcohol compounded by turpentine as a vegetal renewable resource, has low toxicity and is easy to degrade, and the related microemulsion and the aqueous emulsion use water to partially replace an organic solvent in order to reduce environment pollution.

The invention belongs to the technical field of medicines and relates to a 4-terpineol fatty ester derivate as well as application and a preparation method thereof. The 4-terpineol fatty ester derivate is obtained by virtue of esterification reaction of 4-terpineol and straight-chain fatty acids. The method comprises the following steps of: reacting fatty acids with sulfoxide chloride to prepare acyl chloride; and then reacting acyl chloride with 4-terpineol to prepare 4-terpineol fatty ester. The 4-terpineol fatty ester serving as a penetration enhancer can be used in a patch, a Cataplasm, an ointment, a gel, and an externally-applied spraying preparation so as to improve the percutaneous absorbed dose of medicines, is a favorable percutaneous-absorption penetration enhancer and has extensive application prospect.

The invention discloses a wine saccharomycopsis vini LA24, and the preservation number is CGMCC No.13676. The saccharomycopsis vini can be applied to the production of monoterpene organisms and the mixed fermentation with saccharomyces cerevisiae to brew wine. Compared with a model saccharomyces cerevisiae strain, a YPD culture medium is taken as a substrate, the strain is fermented to acquire four monoterpenes of citronellol, geraniol, linalool and alpha-terpilenol, but the saccharomyces cerevisiae rarely produces or completely does not produce monoterpenes. The strain is separated and identified from a grape garden for the first time in the domestic country, and that the strain in the wine saccharomycopsis vini has the capability of de novo synthesis of the monoterpenes is confirmed for the first time. The acquisition of the strain provides important material and technique supports for the development of the high-yield monoterpene engineering bacteria.

The invention discloses a titanium-salt-modified Raney nickel catalyst and a method for synthesizing dihydroterpineol. A preparation method of the titanium-salt-modified Raney nickel catalyst comprises steps as follows: a nickel aluminium alloy with the mass percentage of nickel ranging from 40% to 65% is crushed to be at 60-120 meshes and subjected to stirring treatment by the aid of a 20%-35% sodium hydroxide solution at the temperature of 40-80 DEG C for 1-2 h, Raney nickel is obtained after washing with deionized water, and then the Raney nickel is modified with a titanium salt solution, washed with the deionized water and absolute ethyl alcohol respectively finally and stored in the absolute ethyl alcohol. The Raney nickel is used as a hydrogenation catalyst for terpilenol during synthesis, reaction conditions are mild, the occurrence probability of side reactions can be decreased, the selectivity of the dihydroterpineol is higher than 98%, the yield ranges from 98.0% to 98.6%, the purity is high, and the dihydroterpineol can be directly sold as a product after subjected to solid-liquid separation treatment together with the catalyst, so that the production efficiency is high, and the cost is low.