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<head>Temperature 19 July 1798</head> <lb/> | |||
<head>II</head> | |||
<head>Consideranda</head><lb/> | |||
<p>1. Magnitude</p> | |||
<p>2. Form</p> | |||
<p>3. Situation.</p> | |||
<p><del>4. Means of lighting</del></p> | |||
<p><del>4</del>5. Means of <lb/> | |||
confining temperature, <lb/> | |||
as <lb/> | |||
between the <lb/> | |||
whole and the <lb/> | |||
external atmosphere</p> | |||
<p>5. So, between division <lb/> | |||
and Division. <lb/> | |||
Not necessary <lb/> | |||
except afterwards for the <lb/> | |||
purpose of experiment. [+] | |||
<note><add>[+]</add> The lowest consistent with fluidity will be the object</note></p> | |||
<p>6. Means of lighting <lb/> | |||
without prejudice <lb/> | |||
to the confinement <lb/> | |||
of temperature</p> | |||
<p>7. Means of preserving <lb/> | |||
uniformity <lb/> | |||
of temperature <lb/> | |||
where temperature is <lb/> | |||
wanted.</p> | |||
<p>8. Means of effecting <lb/> | |||
change in temperature, <lb/> | |||
where <lb/> | |||
change is wanted <lb/> | |||
i:e: <hi rend="underline">elevation</hi>, for the depression <lb/> | |||
never can be wanted.</p> | |||
<p>9. Means of indicating <lb/> | |||
temperature <lb/> | |||
at any <lb/> | |||
given <unclear>minimal</unclear>.</p> | |||
<p>10. Means of recording <lb/> | |||
changes of temperature <lb/> | |||
without inspection <lb/> | |||
<unclear>Sci Col</unclear> <unclear>IVII</unclear>.</p> | |||
<p>11 Means of keeping <lb/> | |||
up uniformity <lb/> | |||
of temperature as <lb/> | |||
between stratum <lb/> | |||
& stratum of the <lb/> | |||
same mass of water]</p><pb/> | |||
<head>Consideranda</head><lb/> | |||
<p>12 Means of discharging <lb/> | |||
the Water <lb/> | |||
as it melts, without <lb/> | |||
admitting <lb/> | |||
heat from the atmosphere <lb/> | |||
- the tube of communication <lb/> | |||
turned up <lb/> | |||
with or without a <lb/> | |||
cock.</p> | |||
{Line diagram} <lb/> | |||
<p>N.B. Per Rumford, <lb/> | |||
Heat in <lb/> | |||
water will not be <lb/> | |||
conducted downwards)</p> | |||
<p>13. Means of <lb/> | |||
pulverising the <lb/> | |||
Ice</p> | |||
<p>14 Quantity of <lb/> | |||
Ice requisite for <lb/> | |||
bringing down the <lb/> | |||
article to the temperature <lb/> | |||
at which <lb/> | |||
it should be <unclear>imagined</unclear><lb/> | |||
to the Frigidarium <lb/> | |||
Sci. Col. IX.</p> | |||
<p>15. Calculations <lb/> | |||
<sic>shewing</sic> the influence<lb/> | |||
of the presence <lb/> | |||
of a living human <lb/> | |||
body <add>of a given bulk</add> in raising the <lb/> | |||
temperature in a <lb/> | |||
room of given bulk <lb/> | |||
by continuing in <lb/> | |||
it a given time</p><pb/> | |||
<head>IV</head><lb/> | |||
<p>Might it not be <lb/> | |||
best to confine <lb/> | |||
our endeavours <lb/> | |||
at first to the <lb/> | |||
securing as low <lb/> | |||
a temperature as <lb/> | |||
is consistent with <lb/> | |||
fluidity, <del>and</del><lb/> | |||
to mark the <lb/> | |||
maximum of <lb/> | |||
temperature taking <lb/> | |||
place notwithstanding, <lb/> | |||
and,<lb/> | |||
if deterioration <lb/> | |||
were thus to be prevented, <lb/> | |||
reserve <lb/> | |||
the experiment of <lb/> | |||
the different degrees <lb/> | |||
for a subsequent <lb/> | |||
period after the <lb/> | |||
feasability of the <lb/> | |||
process in a commercial <lb/> | |||
view had <lb/> | |||
been esstablished?</p> | |||
<p>Quere in a <lb/> | |||
<add>Hemispherical</add> Frigidarium of <lb/> | |||
50 foot radius <lb/> | |||
would it be most <lb/> | |||
advantageous to <lb/> | |||
fill the 40 above <lb/> | |||
with floors, or to <lb/> | |||
leave it empty? <lb/> | |||
No <add>horizontal</add> temperature <lb/> | |||
fence will <add>can</add> be <lb/> | |||
airtight, but a <lb/> | |||
brick one.</p> | |||
<p>Small <unclear>Bar</unclear> - in<lb/> | |||
the upper part <lb/> | |||
of the hemisphere <lb/> | |||
where the lightest <lb/> | |||
and warmest air <unclear>woud</unclear> <lb/> | |||
<unclear>bit</unclear>?</p> <pb/> | |||
<p>The whole space <lb/> | |||
above the level <lb/> | |||
allotted for the <lb/> | |||
Frigidarium <lb/> | |||
might be accessible <lb/> | |||
from without <lb/> | |||
by means of the <lb/> | |||
ascending arch <lb/> | |||
or chain of arches <lb/> | |||
and thence might <lb/> | |||
be <sic>employd</sic> freely <lb/> | |||
without any disturbance <lb/> | |||
to the <lb/> | |||
temperature of <lb/> | |||
the Frigidarium <lb/> | |||
underneath.</p> | |||
<p>If the upper <lb/> | |||
space above the <lb/> | |||
occupied <add>level</add> of the <lb/> | |||
Frigidarium were <lb/> | |||
left unoccupied <lb/> | |||
would not that <lb/> | |||
have a mass of <lb/> | |||
air at a high <lb/> | |||
temperature that <lb/> | |||
would be lowering <lb/> | |||
the temperature <lb/> | |||
of the subjacent<lb/> | |||
strata?</p> | |||
<p>Answer- <lb/> | |||
The whole vacuity <lb/> | |||
might be filled <lb/> | |||
with air at a <lb/> | |||
low temperature <lb/> | |||
i:e: when the thermometer <lb/> | |||
was at <add>or below</add> the <lb/> | |||
freezing point.</p> | |||
<p>The space above <lb/> | |||
would <del>form</del> be of <lb/> | |||
use as a receptacle <lb/> | |||
for the warm air <lb/> | |||
rendered</p><pb/> | |||
<head>N<hi rend="underline"><hi rend="superscript">o</hi></hi> 7</head><lb/> | |||
<head>VI</head> <lb/> | |||
<p>rendered so by the breathing <lb/> | |||
of the workmen <lb/> | |||
<sic>employd</sic> in the Frigidarium.</p> | |||
<p> | |||
Perhaps, in order <lb/> | |||
to compensate for the <lb/> | |||
increase of temperature <lb/> | |||
produced by the <lb/> | |||
opening of the doors <lb/> | |||
and the continuance <lb/> | |||
of the <del>pers</del> operators, <lb/> | |||
throughout the hot <lb/> | |||
season, large accumulations <lb/> | |||
of ice in <lb/> | |||
higher levels might <lb/> | |||
be necessary.</p> | |||
<p>The Air being admitted <lb/> | |||
at a low <lb/> | |||
temperature, the greater <lb/> | |||
the space within <lb/> | |||
the <hi rend="underline">shell</hi>, the less it <lb/> | |||
would be affected by <lb/> | |||
the several causes <lb/> | |||
of calefaction.</p> | |||
<p> | |||
In the Experimental <lb/> | |||
Frigidarium <lb/> | |||
Brick <unclear>Binns</unclear> with <lb/> | |||
Barrels the interstices <lb/> | |||
betwixt the Barrels <lb/> | |||
being filled with <lb/> | |||
ice.</p> | |||
<p>The endeavour might <lb/> | |||
be to preserve the temperature <lb/> | |||
as between <lb/> | |||
Barrel and Barrel <lb/> | |||
as uniform as possible, <lb/> | |||
and <del>to such</del> the differences <lb/> | |||
that took place <lb/> | |||
<unclear>spots</unclear> of those <unclear>endeavour</unclear> <lb/> | |||
would afford <lb/> | |||
the construction required <lb/> | |||
having Register Thermometers <lb/> | |||
for as many <lb/> | |||
of the Barrels as could</p><pb/> | |||
<!-- DO NOT EDIT BELOW THIS LINE --> | <!-- DO NOT EDIT BELOW THIS LINE --> | ||
{{Metadata:{{PAGENAME}}}} | {{Metadata:{{PAGENAME}}}}{{Completed}} |
Temperature 19 July 1798
II
Consideranda
1. Magnitude
2. Form
3. Situation.
4. Means of lighting
45. Means of
confining temperature,
as
between the
whole and the
external atmosphere
5. So, between division
and Division.
Not necessary
except afterwards for the
purpose of experiment. [+]
[+] The lowest consistent with fluidity will be the object
6. Means of lighting
without prejudice
to the confinement
of temperature
7. Means of preserving
uniformity
of temperature
where temperature is
wanted.
8. Means of effecting
change in temperature,
where
change is wanted
i:e: elevation, for the depression
never can be wanted.
9. Means of indicating
temperature
at any
given minimal.
10. Means of recording
changes of temperature
without inspection
Sci Col IVII.
11 Means of keeping
up uniformity
of temperature as
between stratum
& stratum of the
same mass of water]
---page break---
Consideranda
12 Means of discharging
the Water
as it melts, without
admitting
heat from the atmosphere
- the tube of communication
turned up
with or without a
cock.
{Line diagram}
N.B. Per Rumford,
Heat in
water will not be
conducted downwards)
13. Means of
pulverising the
Ice
14 Quantity of
Ice requisite for
bringing down the
article to the temperature
at which
it should be imagined
to the Frigidarium
Sci. Col. IX.
15. Calculations
shewing the influence
of the presence
of a living human
body of a given bulk in raising the
temperature in a
room of given bulk
by continuing in
it a given time
---page break---
IV
Might it not be
best to confine
our endeavours
at first to the
securing as low
a temperature as
is consistent with
fluidity, and
to mark the
maximum of
temperature taking
place notwithstanding,
and,
if deterioration
were thus to be prevented,
reserve
the experiment of
the different degrees
for a subsequent
period after the
feasability of the
process in a commercial
view had
been esstablished?
Quere in a
Hemispherical Frigidarium of
50 foot radius
would it be most
advantageous to
fill the 40 above
with floors, or to
leave it empty?
No horizontal temperature
fence will can be
airtight, but a
brick one.
Small Bar - in
the upper part
of the hemisphere
where the lightest
and warmest air woud
bit?
---page break---
The whole space
above the level
allotted for the
Frigidarium
might be accessible
from without
by means of the
ascending arch
or chain of arches
and thence might
be employd freely
without any disturbance
to the
temperature of
the Frigidarium
underneath.
If the upper
space above the
occupied level of the
Frigidarium were
left unoccupied
would not that
have a mass of
air at a high
temperature that
would be lowering
the temperature
of the subjacent
strata?
Answer-
The whole vacuity
might be filled
with air at a
low temperature
i:e: when the thermometer
was at or below the
freezing point.
The space above
would form be of
use as a receptacle
for the warm air
rendered
---page break---
N<hi rend="superscript">o</hi> 7
VI
rendered so by the breathing
of the workmen
employd in the Frigidarium.
Perhaps, in order
to compensate for the
increase of temperature
produced by the
opening of the doors
and the continuance
of the pers operators,
throughout the hot
season, large accumulations
of ice in
higher levels might
be necessary.
The Air being admitted
at a low
temperature, the greater
the space within
the shell, the less it
would be affected by
the several causes
of calefaction.
In the Experimental
Frigidarium
Brick Binns with
Barrels the interstices
betwixt the Barrels
being filled with
ice.
The endeavour might
be to preserve the temperature
as between
Barrel and Barrel
as uniform as possible,
and to such the differences
that took place
spots of those endeavour
would afford
the construction required
having Register Thermometers
for as many
of the Barrels as could
---page break---
Identifier: | JB/106/042/002"JB/" can not be assigned to a declared number type with value 106. |
|||
---|---|---|---|
1798-07-19 |
|||
106 |
frigidarium |
||
042 |
temperature no 7 |
||
002 |
consideranda / thermometers / articles (cheap) for trial |
||
plan |
2 |
||
recto |
|||
jeremy bentham |
|||
34630 |
|||