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contact between two single
cables |
short circuit |
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EXAMPLE 3: ATOMS AND ATOMIC PARTICLES
For atomic concepts, there were two every day signs for atom,
one meaning 'small' or "tiny" and one meaning 'bomb'.
The latter was most in use. (Our students generally got scared
when told they had atoms inside.) None of the above could serve
our purposes in physics. We decided to deviate from the standard
way of signing in Norwegian, by using the extended little finger
on the left hand as the center of movement for signs about atoms
and atomic particles. We further agreed to use a device not commonly
used (though not unheard of) in NSL: initialization. This means
that we used the handshape of the first letter of the Norwegian
word for the concept. In addition, as is usual in NSL, the Norwegian
word was mouthed unless the sign called for a special facial
component.
On the other hand, in our sources of foreign sign languages,
we found that the group of atom-related signs, for instance,
are quite similar: The NSL signs that we adopted were like the
Finnish signs in that they all circulated the little finger of
the secondary hand. The main hand would take on the handshape
of the initial letter of the term (in Norwegian). In ASL, both
hands will take on the initial letter's handshape (Oglia, Caccamise
et al. 1990). In ASL later development has caused another set
of signs to appear, letting the initialized main hand circle
the secondary hand in A-handshape (Caccamise and Lang 1996).
In NSL and FSL the nuclear particles would start by circling
the little finger, and then go to the middle of the palm of the
secondary hand. In ASL, the initial letter in the dominant hand
is shaking side-to-side, alone or inside a cupped secondary hand
(Caccamise and Lang 1996). A Nordic symposium in 1975 had
decided that 'atom' should be like the official NSL sign, but
in the composite signs 'atomic energy' and 'atom reactor' we
find the FSL sign, that we at Bjørkåsen adopted
(norsk/nordisk tegnspråkutvalg 1976).
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