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Crystals is the Key to Harvesting energy from the enviroment.
All semiconducter electronics components are based on different types of crystals, different sizes, different geometries, each quality can be optimized to tune into different frequency.
With the new development in nano crystals, there's a handful of people conducting nano piezoelectric research at home, I hope that We can also take advantage of this development and use this new technology as a way of obtaining Energy Freedom.
There are many applications for these piezoelectric crystals, the technology is over 100 years old but not much was done until recently.
I hope that we some of you will come together and start developing devices such as Nokia Self Charging Phone Battery, Piezo Cells for Self Charging small batteries AAA-C size etc.
Current Project.Piezoelectric production of Atomize water with HHO for ICE water fuel.
I have been trying to come up with a simple low temperature method to growing micro size single crystals at low temperature that is simple enough for anyone to perform. the mainstream ZnO single cystals are fused at high temperature and vapor deposited requiring complicated setup and technical expertise.
This is a simplified version for home use.
Please use all precaution, I am not responsible for anything that may occur.
Materials:
1lb. Zinc powder nano.
1 gallon ammonia cleaning (ammonium hydroxide)
Hot plate with Magnetic Stirrer
teflon coated stir bar.
1 liter boiling flask with rubber stopper.
reflux condenser if available.
water bath.
thermometer
Dissolve 30 grams of ZnO in each 300 ml of 30% ammonium chloride/ hydroxide. This is best done by filling 300 ml of 30% amonnium hydroxide into the flask and place on stirrer with teflon bar. Turn on the heat to medium, Turn on Stirrer to low speed, #3. Slowly add zinc oxide to solution. When all ZnO is dispensed, cap flask and turn up stirrer to maximum, bring the heat up to 60 deg C and let it mix for 30 minutes.
Place flask in the Freezer and freeze solution to -0 degrees C.
When you reach this temperature, allow an additional 1 hr.
Before reflux, bath flask in a bowl of room temperature water for 5 minutes to avoid thermal shock and breakage of flask.
Set up water bath, large boiling glass bowl with water. Put your flask of cold solution in the water bath and set up reflux condenser with water tube, if you don't have one then just cap your flask tightly and turn on heat. Allow solution to heat up to 60 degrees C, maintain 60 deg C temperature for 2 hours, crystals will grow during this time.
Let solution cool to room temperature, Filter solution and recover crystals.
the crystals are self seeding. these crystals are not the typical large crystals that most people grow at home. the single crystals are very small, nano size, at this size, they are able to pick up all induced waves and convert waves into electrolysis of water.
There is already a thread on HHO, we can discuss HHO piezoelectric application there,
and discuss Growing of Crystals here, there are many different types of crystals, and many different method of utilizing them.
All semiconducter electronics components are based on different types of crystals, different sizes, different geometries, each quality can be optimized to tune into different frequency.
With the new development in nano crystals, there's a handful of people conducting nano piezoelectric research at home, I hope that We can also take advantage of this development and use this new technology as a way of obtaining Energy Freedom.
There are many applications for these piezoelectric crystals, the technology is over 100 years old but not much was done until recently.
I hope that we some of you will come together and start developing devices such as Nokia Self Charging Phone Battery, Piezo Cells for Self Charging small batteries AAA-C size etc.
Current Project.Piezoelectric production of Atomize water with HHO for ICE water fuel.
I have been trying to come up with a simple low temperature method to growing micro size single crystals at low temperature that is simple enough for anyone to perform. the mainstream ZnO single cystals are fused at high temperature and vapor deposited requiring complicated setup and technical expertise.
This is a simplified version for home use.
Please use all precaution, I am not responsible for anything that may occur.
Materials:
1lb. Zinc powder nano.
1 gallon ammonia cleaning (ammonium hydroxide)
Hot plate with Magnetic Stirrer
teflon coated stir bar.
1 liter boiling flask with rubber stopper.
reflux condenser if available.
water bath.
thermometer
Dissolve 30 grams of ZnO in each 300 ml of 30% ammonium chloride/ hydroxide. This is best done by filling 300 ml of 30% amonnium hydroxide into the flask and place on stirrer with teflon bar. Turn on the heat to medium, Turn on Stirrer to low speed, #3. Slowly add zinc oxide to solution. When all ZnO is dispensed, cap flask and turn up stirrer to maximum, bring the heat up to 60 deg C and let it mix for 30 minutes.
Place flask in the Freezer and freeze solution to -0 degrees C.
When you reach this temperature, allow an additional 1 hr.
Before reflux, bath flask in a bowl of room temperature water for 5 minutes to avoid thermal shock and breakage of flask.
Set up water bath, large boiling glass bowl with water. Put your flask of cold solution in the water bath and set up reflux condenser with water tube, if you don't have one then just cap your flask tightly and turn on heat. Allow solution to heat up to 60 degrees C, maintain 60 deg C temperature for 2 hours, crystals will grow during this time.
Let solution cool to room temperature, Filter solution and recover crystals.
the crystals are self seeding. these crystals are not the typical large crystals that most people grow at home. the single crystals are very small, nano size, at this size, they are able to pick up all induced waves and convert waves into electrolysis of water.
There is already a thread on HHO, we can discuss HHO piezoelectric application there,
and discuss Growing of Crystals here, there are many different types of crystals, and many different method of utilizing them.
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