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The development and examination of medical ozonized oil manufacturing equipment.

医用臭氧油制造设备的研制与检验。

基本信息

批准号：
15592062
负责人：
ARAI Koichi
金额：
$ 2.18万
依托单位：
Meikai University
依托单位国家：
日本
项目类别：
Grant-in-Aid for Scientific Research (C)
财政年份：
2003
资助国家：
日本
起止时间：
2003 至 2005
项目状态：
已结题

项目摘要

The purpose of this study is that it produces the equipment which can produce the medical ozonized oil in several hours experimentally, while miniature cold cathode vacuum ultraviolet ray discharge tube of the excimer gas which does not use produced mercury that it is high-efficient and that the recycling is possible is made life-lengthen, and uses it practically.The development of the excimer lamp. : Developed excimer lamp which does not use the mercury as well as conventional mercury-argon cold cathode vacuum ultraviolet ray discharge tube, generation of sterilization ultraviolet ray, generation of the ozone, light emission (light emission of the RGB) of the phosphor and light emission of visible ray become possible, and they can respectively utilize it for germicidal lamp and ozone evolution tube, back light and fluorescent lamp for the lighting. And, in case of the lamp of 6mm tube diameter and 4mm, current density of the lifetest is each 0.26mA/mm^2 and 1.13mA/mm^2, and the life i … More s carrying out the lighting over the 20000 hours, and moreover, the tube wall does not blacken either. It is suggested that to stretch the 150000 hour life is possible by substituting the W electrode with the GdB_6 electrode. Therefore, developed excimer lamp with the nozzle structure is possible to keep the life long, since it suppresses the chemical reaction between active gas like halogen and electrode, and since it does not foul tube wall and positive column space of the discharge tube.The development of the medical ozonized oil manufacturing equipment. : It put olive oil 10g in the medical ozonized oil manufacturing equipment, and 10mgO_3/L ozone-oxygen mixed gas was passed in the fixed condition of conduction speed 1L,/min for 15 hours, and the synthesis was carried out. From ^<13>C-NMR analysis result of the synthetic chemical compound, triolefin ozonide was confirmed, and it was suggesuted to be the ozonized olive oil. Also, it was proven that plant oil which contains oleic acids to over 80% could similarly synthesize the ozonized plant oil by this equipment. In the future, it is regarded as commercializing the medical ozonized oil manufacturing equipment, by the logic development. Less

本研究的目的是实验性地生产出几小时内就能生产出医用臭氧油的设备，而不使用所产生的汞的小型冷阴极真空紫外线放电管，使其具有高效率和可回收利用的特点，并使其寿命延长，并实用化。开发出不使用汞的准分子灯以及传统的汞-氩冷阴极真空紫外线放电管，产生杀菌紫外线，产生臭氧，发光荧光体的RGB（发光）和可见光的发光成为可能，它们可以分别用于杀菌灯和臭氧发生管，背光和荧光灯照明。对于管径为6 mm和4 mm的灯泡，寿命试验的电流密度分别为0.26mA/mm^2和1.13mA/mm^2， ...更多信息我们进行了超过20000小时的照明，而且管壁也没有变黑。建议用GdB_6电极代替W电极，延长150000小时的寿命是可能的。因此，所开发的具有喷嘴结构的准分子灯能够抑制卤素等活性气体与电极之间的化学反应，并且不会污染放电管的管壁和正柱空间，因此能够保持长寿命。医用臭氧油制造设备的开发将10 g橄榄油置于医用臭氧化油制备设备中，在固定的传导速度为1 L/min的条件下通入10mgO_3/L的臭氧-氧气混合气体15 h，进行合成。从<13>合成化合物的1H-NMR分析结果，证实了三烯烃臭氧化物，并确定其为臭氧化橄榄油。此外，它被证明，植物油，其中含有油酸超过80%，同样可以合成臭氧化植物油的设备。未来，它被视为商业化的医用臭氧油制造设备，由逻辑发展。少