JB/106/013/002

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Flash P. Dec:r 1793 Flash & Steam
Engine

The power of a
Steam Engine is
limited by the Diameter
that can
be given to the Piston:
that of a Flash
Pump has no limitation.

Steam can not
act but in proportion
as it is compressed
and prevented from
escaping confined.

The pressure is
between the surface
of the water and
the bottom of the piston.

Do what you will
with the steam, it
can not act but in
proportion as it applies
itself to an
obstacle. moving in reciprocating
a channel. Its
power will therefore
be limited by the
diameter that can
cou?inually be given
to the channel and
by the weight or
other power of resistance
that can be
given to the obstacle

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Collect the Tables
giving the proportion
of expansion in air
to the quantity of
caloric applied to
it

As the oxygen is
but 1/4 of the air
no more 'caloric
can be applied
than is contained in
that 1/4 part: even
supposing the fewel to
be applied as to
employ the whole of
the air.

But the increase
of temperature resulting
from the decomposition
of that quantity
of oxygen is
known by Lavoisiers
experiments: and if
the degree of expansion
is likewise known
this will shew the
utmost proportion
of air that can be
driven out by a
flash.

If the first flash
has been perfectly
performed, nothing
can be gained by
a second but in proportion
as the air
has been changed in the

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Identifier: | JB/106/013/002"JB/" can not be assigned to a declared number type with value 106.
Date_1	1793-12	Marginal Summary Numbering
Box	106	Main Headings
Folio number	013	Info in main headings field	flash-pump
Image	002	Titles	flash & steam engine
Category	text sheet	Number of Pages	2
Recto/Verso	recto	Page Numbering
Penner	jeremy bentham	Watermarks	[[watermarks::[w with crown] [lion motif]]]
Marginals		Paper Producer
Corrections		Paper Produced in Year
Notes public		ID Number	34601
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