1) optical registration
光性记录
2) photosensitive racording
光敏性记录
3) magneto-optic recording characteristic
磁光记录特性
1.
This paper reveals a novel magneto-optic recording characteristic of Indium Bismuth Calcium Vitriol Iron Garnet (In-BiCaVIG) crystals in high power microwave (HPM) field.
报道了铟铋钙钒铁石榴石 (In BiCaVIG)晶体在高功率微波场中的新颖磁光记录特性。
4) magneto-optical recording
磁光记录
1.
This paper analyses the progress of recording, readout and preservation, and compares the hard disk recording, perpendicular magnetic recording and magneto－optical recording.
本文通过对信息记录、读出和存储三个过程的分析，对比了硬磁盘记录、垂直磁记录和磁光记录的优缺点，指出了采用垂直记录模式、非晶结构合金薄膜或铁氧体薄膜介质是实现超高密记录的方向，光辅助磁记录是很有希望的记录技术。
2.
The coercivity of cobalt ferrite thin film is one of the most important properties in applications for high density magnetic recording and magneto-optical recording.
矫顽力是钴铁氧体薄膜作为高密度磁记录以及磁光记录介质的重要指标。
3.
These can satisfy the request of magneto-optical recording media about high coercivity and big kerr rotation.
能满足磁光记录材料矫顽力大,磁光克尔角大的要求。
5) optical recording
光记录
1.
The spectroscopic properties and optical recording performances of a new spin coated heterocyclic azo dye doped PMMA thin film were studied.
研究了薄膜的光谱性质和短波长光记录性能。
2.
In this paper, scanning tunneling microscopy (STM) is used to investigate the microstructure of organic films in optical recording.
运用扫描隧道显微镜（ＳＴＭ）观察了光记录有机薄膜的微观结构。
6) optical recording
光学记录
1.
Optical Recording of Membrane Potential Using Voltage-Sensitive Dyes;
用电压敏感染料光学记录膜电位
2.
A multiple-site optical recording system was used for optical imaging of the evoked responses after electrical stimulation to the vestibular nerve.
方法 自新生小鼠制备脑干切片 ,用吸光性电压敏感染料RH 15 5染色 ,并成像于 16× 16elementsPhotodiodeArrays光学记录系统 ,电刺激前庭神经断端。
3.
Methods Using multiple - site optical recording technique coupled with a voltage - sensitive dye (RH 155), the spatiotemporal activity was observed in both cochlear and vestibular nucleus in newborn mouse after electrical stimulation of the vestibu-locochlear nerve.
方法 从新生小鼠(1-3天)制备活体(in vitro)脑干组织切片,并用电压敏感染料(voltage-sensitive dye)进行染色,采用多位点光学记录系统(optical imaging)观察电刺激位听神经(第8颅神经,nⅧth)后传入兴奋的传导。
补充资料：变应性光敏反应
变应性光敏反应
即"光致敏反应"。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条