光导线理论及光电机与光电自解水的应用
Electromagnetic theory of light (solar power) motor and application of
photocatalytic decomposition of water
Lei Wanjun
Huaying city happy town agro-technical extension station in Huaying city, Sichuan province, politics, happy town,
38th Street;
ABSTRACT:Now on the development and utilization
of solar energy is mainly dominated by photo-thermal and
electro-optical response, in order to improve (solar
energy) photovoltaic panels photovoltaic conversion
rates, water efficiency of the photocatalytic
decomposition of water to provide theoretical basis, based
on the electromagnetic properties of the light, the
resulting theory of optical wire heating the electro-
optical response and unity. Assume levels of sunlight
by the numerous optical wires (wires) into, making a
permanent magnetic field and level of light
transmittance enzyme composed of dielectric optical
system devices. When exposure to the Sun, and
conductor considered cutting the vertical direction of
the magnetic field lines of magnetic line movement.
Fleming's right hand rule, the enzymes within the
dielectric film unit in a horizontal direction
perpendicular to the direction of the magnetic field
lines of the induced current. This principle can be used
to achieve efficient (solar) manufacture of light motor
and Optical solutions for water systems.
KEY WORD : Light conductor; light motor; light from
the decomposition of water
摘要:目前人们对太阳能的开发利用主要是以光生热
和光电反应为主,为提高(太阳能)光电板的光电转
换率、光解水的光自解水效率提供理论依据,根据光
的电磁特性,由此提出光导线理论将光电反应和光生
热相统一。假设太阳光由无数条水平光电线(即光导
线)汇成,制作一个由永磁场和水平透光酶介质膜组
成的光电系统装置。当太阳光照射时,将垂直磁力线
方向的光导线视为切割磁力线运动。由弗莱明右手定
则可知,该装置内水平方向酶介质膜内产生垂直于磁
力线方向的感应电流。可利用这一原理,从而实现高
效(太阳能)光电机和光电自解水系统的制造。
关键词:
光导线 光电机 光自解水
1 光导线理论
1.1 光导线
假设太阳光由无数条水平方向的光电线
(即光导线)汇成,光子连接成线,同一线
面的光带为光导线带。(如图
1)
图
1
1.2 光导线电磁感应
制作一个由永磁场和水平透光酶介质膜组
成的光电系统装置,将光电子引入磁场与光
电磁理论结合起来。当太阳光照射时,将垂直
磁力线方向的光导线视为切割磁力线运动。由
弗莱明右手定则可知,该装置内水平方向 酶
介质膜内产生垂直于磁力线方向的感应电流。
光电装置中酶介质膜内电子移动方向与感应
电流反向。若该理论成立,会大大提高光电转
换效率和光解水速度。用光电分解水制氢和便
捷光电板充电器就会很方便,如氢燃料和真
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