The setup of a
condition that a test is concrete.
- A thermometer
uses DijitalThermometerCT-160 of the CUSTOM
company. This is the thing of the high
performance indicated once with the type which
inserts a stick-shaped sensor in the liquid 3cm
and which I measure it with to less than a
decimal point 1 digit in 1 second. Measuring
range -40 degrees-110 degrees.
- A pot uses 6
inches of the Hotton company. (It is large with
the solo.).
- Weight
measuring uses 1475 electronic-type 1000g meter
of the TANITA company. (0-100g : 1g unit,
100-500g:2g unit, 500-1000g:5g unit. Therefore,
which measuring of the unit is abundant by 2g
in.)
- I don't measure
humidity about 25 degrees-30 degrees by
temperature in the inside, and don't measure
atmospheric pressure by temperature, and the
(about Tokyo Metropolis-height above sea level
20m) weather isn't fixed.
- Wind breeze
(the bottom of the ventilation fan).
- A boiling point
was made a moment 99.9 degrees, and maintenance
was done before and after 99
degrees.
Test method (A
liquid is different from the gas after
NO.7.).
- Measure the
weight of the fuel in advance. (cartridge gas
cylinder body).
- Prepare for the
water 1L of 10 degrees. (this, very
very).
- Wipe out the
dew which arrived at the surroundings of the
pot.
- Put a pot on
burner, and start time measuring at the same
time with the ignition, and heat should be made
the biggest.
- Measure time in
every 10 degrees. (20 degrees 30 degrees 40
degrees---).
- Measure a
moment 99.9 degrees as a seething
moment.
- In the case of
the gas burner.
- Extinguish the
fire at once, and put a pot in the low heat of
the life stove, and maintain
seething.
- Measure the
weight of the cartridge simple substance, and
calculate the amount of gas that seething took
it.
- Set burner
again, and put a pot, and ignite.
- Remove a pot,
and throw hot water away. Start time measuring
at the same time, and make it the minimum heat
that I maintain seething.
- Extinguish the
fire after 10 minutes, and measure the weight of
the cartridge simple substance, and calculate
the amount of gas that maintenance takes it for
10 minutes with seething.
- In the case of
the liquid fuel burner (Do A and B two
times.).
- A
- Extinguish the
fire at once, and measure the weight of the gas
cylinder or the body, and calculate the weight
of the fuel which seething took.
- Weaken heat,
and make it the minimum heat that I maintain
seething without extinguishing the fire after seething as well. the (flame which became
stable).
- If the heat
which became stable is set, I remove a pot, and
you may throw hot water away.
- Extinguish the
fire in 10 minutes from the seething moment, and
measure the weight of the gas cylinder or the
body, and calculate the fuel weight that
maintenance takes it for 10 minutes with
seething.
Method
Commentary.
- I measured it
twice though it was troublesome because gasoline
didn't become stable and there was fuel omission
in the separation type though I ignited again
when I extinguished the fire and space was
vacant. It went from the condition that it got
cold twice.
- The fuel which
maintenance takes for 10 minutes is 4g`8g
mostly, and reliability is low, and originally I
want to measure it for about 100 minutes 2g with
measuring of the unit. First of all I compromise
because it is actually difficult.
- Temperature,
humidity are thought that there are probably few
influences because temperature rises rapidly
about burner that it becomes heated before and
after five minutes. When I use a gas cartridge
in the mountain, it is thought the thing that
heat declines remarkably in less than 0
degree.
- I don't examine
a change in heat due to the decrease of the
fuel.
- I don't examine
vaporization cooling of the fuel, a change in
heat by the degree of heating.
- It decides to
originate in the "good point of the
convenience", and I don't correct time loss by
the ignition, putting out the fire
specially.
- Gasoline
unity-type things are not accurate data because
it becomes a unit 5g with weight
measuring.
|