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align:start position:0%
one frequency by by introducing loss by
align:start position:0%
one frequency by by introducing loss by
simply misaligning the cavity to
align:start position:0%
simply misaligning the cavity to
align:start position:0%
simply misaligning the cavity to
introduce loss so you can see here I've
align:start position:0%
introduce loss so you can see here I've
align:start position:0%
introduce loss so you can see here I've
got only two frequencies and in fact I'm
align:start position:0%
got only two frequencies and in fact I'm
align:start position:0%
got only two frequencies and in fact I'm
going to up the
align:start position:0%
going to up the
align:start position:0%
going to up the
sensitivity of the of the scope because
align:start position:0%
sensitivity of the of the scope because
align:start position:0%
sensitivity of the of the scope because
the power goes down when I miss a line
align:start position:0%
the power goes down when I miss a line
align:start position:0%
the power goes down when I miss a line
you can see here what I have
align:start position:0%
you can see here what I have
align:start position:0%
you can see here what I have
essentially two two frequency and if I
align:start position:0%
essentially two two frequency and if I
align:start position:0%
essentially two two frequency and if I
add more loss I
align:start position:0%
add more loss I
align:start position:0%
add more loss I
can I
align:start position:0%
can I
align:start position:0%
can I
can have only one frequency so in a way
align:start position:0%
can have only one frequency so in a way
align:start position:0%
can have only one frequency so in a way
I can run this laser at one frequency
align:start position:0%
I can run this laser at one frequency