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<p>Regulation of heat by pressure - Obtaining<lb/>
a receptacle in which the degree of heat may<lb/>
be kept up for any length of time to a regulated<lb/>
pitch within certain limits, by means of<lb/>
the degree of pressure to which an elastic fluid<lb/>
with which the receptacle is filled is kept subjected</p>
 
<p><del>If the receptacle</del> Keep the receptacle <add>for instance a still</add> constantly<lb/>
supplied with a liquid sufficient in quantity and<lb/>
proper in quality to supply the <del>elastic fluid</del> <add>steam</add><lb/>
by the pressure of which the heat is to be regulated.  <lb/>
Let the <del>receptacle
</del> <add>still</add> into a chamber <add>receiver</add> <lb/>
<add>as</add> <sic>compleatly</sic> exhausted as may be <add>[+]</add>:- Close the <note><add>[+]</add> and which the elastic fluid or <del>vapour</del> <add>steam</add> may be condensed</note><lb/>
opening with a valve. <add>[+]2</add> The valve being open <note><add>[+]</add> <sic>Expell</sic> from the receptacle and so from the <del>exhausted</del> receiver the whole stock of <sic>atmos</sic> common air or other incondensible elastic fluid naturally incumbent on the liquid in the still.</note><lb/>
the <del>steam</del> fluid will be formed into steam and <lb/>
distilled over with a degree of heat much<lb/>
less than would be necessary under the pressure<lb/>
of the atmosphere: say, instead of 212, 96.<lb/>
If then there be no pressure upon the valve<lb/>
the steam will find its way <del>th</del> out of the still<lb/>
through the valve into the receiver as soon as the<lb/>
degree of heat in the receiver has risen to 96:after<lb/>
which whatever further degree of heat is produced<lb/>
will be applied <del>to the</del> as fast as produced to the <lb/>
production of steam and carried off with the steam<lb/>
into the Receiver. Load <add><gap/></add> the valve oppose resistance<lb/> for</p>
 
 
 
 
 






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Latest revision as of 10:47, 4 February 2020

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Regulation of heat by pressure - Obtaining
a receptacle in which the degree of heat may
be kept up for any length of time to a regulated
pitch within certain limits, by means of
the degree of pressure to which an elastic fluid
with which the receptacle is filled is kept subjected

If the receptacle Keep the receptacle for instance a still constantly
supplied with a liquid sufficient in quantity and
proper in quality to supply the elastic fluid steam
by the pressure of which the heat is to be regulated.
Let the receptacle still into a chamber receiver
as compleatly exhausted as may be [+]:- Close the [+] and which the elastic fluid or vapour steam may be condensed
opening with a valve. [+]2 The valve being open [+] Expell from the receptacle and so from the exhausted receiver the whole stock of atmos common air or other incondensible elastic fluid naturally incumbent on the liquid in the still.
the steam fluid will be formed into steam and
distilled over with a degree of heat much
less than would be necessary under the pressure
of the atmosphere: say, instead of 212, 96.
If then there be no pressure upon the valve
the steam will find its way th out of the still
through the valve into the receiver as soon as the
degree of heat in the receiver has risen to 96:after
which whatever further degree of heat is produced
will be applied to the as fast as produced to the
production of steam and carried off with the steam
into the Receiver. Load the valve oppose resistance
for






Identifier: | JB/169/214/001"JB/" can not be assigned to a declared number type with value 169.

Date_1

Marginal Summary Numbering

Box

169

Main Headings

panopticon versus new south wales

Folio number

214

Info in main headings field

Image

001

Titles

Category

text sheet

Number of Pages

2

Recto/Verso

recto

Page Numbering

d1 f11 / d1 / f12

Penner

jeremy bentham

Watermarks

Marginals

Paper Producer

Corrections

Paper Produced in Year

Notes public

ID Number

57034

Box Contents

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