UC知道不胜感激 英文翻译
来源：百度知道 编辑：UC知道 时间：2024/06/04 01:39:27
As mentioned in the abstract and introduced in the
previous section, there are three distinct ways to use
PCSS for optical pulse modulation. 1) PCSS-driven,
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gain-switched LDA: very large arrays of wide-strip,
single heterojunction lasers are gain-switched when
pumped with a short, high-voltage pulse from the PCSS
(figure 2). The individual lasers in the laser diode array
(LDA) deliver approximately 100 nJ in 75 ps wide pulses
and we have produced total optical pulse energies as high
as 44 pJ. 2) PCSS-driven Pockels cells: the PCSS
delivers a sub-nanosecond pulse to an electro-optical
crystal which controls the lasing efficiency in laser
cavities ranging from microchip microjoule lasers to
table-top multiJoule lasers. 3) PCSS-LDA bleached
saturable absorbers: an optical pulse from a gain switched
LDA (case 1) is used to bleach a saturable absorber which
Q-switches and optical cavity. Bleaching the s
previous section, there are three distinct ways to use
PCSS for optical pulse modulation. 1) PCSS-driven,
296
gain-switched LDA: very large arrays of wide-strip,
single heterojunction lasers are gain-switched when
pumped with a short, high-voltage pulse from the PCSS
(figure 2). The individual lasers in the laser diode array
(LDA) deliver approximately 100 nJ in 75 ps wide pulses
and we have produced total optical pulse energies as high
as 44 pJ. 2) PCSS-driven Pockels cells: the PCSS
delivers a sub-nanosecond pulse to an electro-optical
crystal which controls the lasing efficiency in laser
cavities ranging from microchip microjoule lasers to
table-top multiJoule lasers. 3) PCSS-LDA bleached
saturable absorbers: an optical pulse from a gain switched
LDA (case 1) is used to bleach a saturable absorber which
Q-switches and optical cavity. Bleaching the s
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：
如摘要所提到和介绍在那
早先的区段, 有三个清楚的方法使用
为光学的脉膊调音的 PCSS。 1) PCSS 驱动的,
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增益转变的 LDA: 非常大排列宽的-长条,
单一异质接面激光是增益-转变当
以短抽了, 来自 PCSS 的高电压脉膊
(图 2). 激光两极管排列的个别的激光
(LDA) 在 75 ps 广阔地脉膊中大约递送 100 nJ
而且我们已经生产如高度的总计光学的脉膊能源
如 44 pJ。 2) PCSS 驱动的 Pockels 细胞: PCSS
递送子十亿分之一秒脉膊给一个电镀物品-光学的
在激光中控制激光法效率的水晶
洞排范围从微集成电路 microjoule 激光到
桌子-顶端的多焦耳激光。 3) PCSS-LDA 漂白
saturable 吸收体: 来自被转变的一个增益的光学的脉膊
LDA(情形 1) 用来漂白一个 saturable 吸收体
Q-开关和光学的洞。 漂白 saturable
和短光学的脉膊吸收体, 生产一引起,
子十亿分之一秒 Q-从消极的 Q 转变-转变由于
多微秒跳动 (一种光学受约束的变化
情形 2).