SHOE0007

I really like the idea but I am concerned about the Carbon output since you are burning wood to produce heat to breakdown the bones. Is this an efficient process?

Note smaller concentrations may work too like 13 g tin chloride and 10 g of lye but it less likely due to concentrations of tin Hydroxide in Lye to produce tin crystals.

I really like the idea but what about it being stable? Many bioplastic are not that stable and wouldn't this be expensive to do in the long run. PLA is used in 3D printing techniques my friend uses it.

Very cool idea sadly I could not afford this stuff even at my salary at work or Home use. How long does this type of Phosphorous Light last? An increabibly impressive Instructable BTW.

With a saltwater capacitor and a Proper transformer, you can make a bigger plasma. Here a video. https://www.youtube.com/watch?v=ITJSD5yLL30

You could prob with a gold bar etc with gold acid solution electroplate gold onto the steel with direct electricity. (HCl 31 percent, H202 3%) two cellphones in 1 L of acid and H202.I have done it before it makes a gold (gold oxide) onto steel pipes.

Hmm sodium cyanide and other salts work I have plated with HCl, H202 and cellphones with Propane with good results. This works with steel and even titanium metal. Here a few pics. See my Instructable.BTW i don't recommned beginners play with cyanide salts.

I usually buy kits or beta, gamma and x ray devices pre made. However making them is a very cool idea if you can with the electronics and programming. Cool.

I tried this with soil bacteria graphite rods and salt and bacteria. It worked at first but produced very low voltages and I tried amplifying it with a DC to DC converter. It failed. Even graphite-aluminum soil batteries gave semi good results. However connecting 3 batteries increased the resistance to enough that the DC converter could not opperate. Difficult to scale up but possible.

Yes, I heard Nurdrage made a similar cell. It quite cool but is it practical you can buy mini solar cells. I heard for big solar they use Lithium or Vandanium technologies to store energy and release it when not needed. Cool Instructable.

A brown iron +3 DMG which is different than Iron (III) chloride from Iron sulfate 3.5 g and 100 ml water with 4 ml HCl is added to 3.5 g DMG with 100 ml Isoproponal alc. Then 20 ml of conc ammonia is added.

Diposal of hazardous chemicals like DMG-metal complexes is very critical. Wear gloves and PPE these complexes are dyes and are Irritating and toxic. Especially the Nickel DMG complex.

Your Instructable is very Interesting. Here in Quebec, you need an expensive permit to own bees and you can get in trouble like the Neighbors must know that you are doing this. It seems complex. I have a back yard of sweet white clover that is perfect for Honey bees and bumblebees and also I have a few wasps too.

In terms of sporing bacteria, each metal acts differently. Copper is absorbed by the bacteria and any excess Na+ and formate form a basic condition on the outside of the cell. A little of the copper is found in the spores but mostly in the bacteria. Copper formate forms due to reaction of soluble copper due to bactera and sodium formate. Manganese dioxide forms differently the basic condition does not form a green Magnasese formate but a Magnasese salt Mn+3 due to basic conditions.

https://depts.washington.edu/chem/facilserv/lecturedemo/OxidationofVanadium-UWDept.ofChemistry.html#:~:text=The%20ammonium%20meta%20vanadate%20solution,acid%20is%20toxic%20and%20corrosive.&text=Procedure%3A&text=Add%20about%2050%20ml%20YELLOW,BLUE%20to%20GREEN%20to%20PURPLE.Some theories of K3VO3 that got oxidized immedately into 2V3+ which by bacteria the agar turned orange red indicating V205 Probably. It got reduced by the bacteria.

I assume for Magnanses, copper, Nickel and even Potassium Orthvandanate that the Bacteria absorbs and uses Sodium formate and produces Na+ as well as Co2 in the cell of the bacteria spitting out Na2CO3, some K2CO3 (in the case of the vanadium) and converts the metals by bacteria enzymes and Alkanic conditions into other forms.

Well making a home reactor even tho it is complex to produce medicine is cool. We tried growing algae for projects in Biotech to make biodiesel it took 1 month to grow it. Here an Unknown algae that could be dangerous that I wanted to grow in cultures.

A snaps ant coil would work well not as well as the 130 in 1 ant coil but if you cannot find it you can order parts from ebay.

Sure. R1 was 460 Kohms and R2 was 1 Kohm. Coil was from 130 in 1. You may need an old coil or an 130 ant coil from the 130 in 1 to get this to work.

Regard all the safety of the chemicals and do not do if you don't know what you are doing.

You could use HCl and chlorine instead of Nitric acid but the small amounts of Pt may not be worth it in the Long run. You would need a big set up like 2 L flask reflux glass and slowly pump in chlorine into HCl. Nurdrage also told me electroplating Pt in HCl will release Chlorine. You would need an electroplating system 15 dollars that is resistant to Chlorine and HCl fumes. This is just an Idea to think of.

https://www.youtube.com/watch?v=TfIvwE75hvE It can be done but it not that efficient you may be able to get it as a cat converter (Maybe). Check out Canadian Chemist on heating and adding Nitric acid slowly 93 percent Nitric acid to HCl to dissolve and make Pt. Not much is made from all that 370 g Pt powder after extracting it tho.

Titanium sheet gold pictures mounted.

Thin titanium sheets soaked in gold acid solution for 4-10 minutes and exposed to 400-600 deg C can anneal and give pretty golden colors. Here are some results.

Complete gold plating with propane.

For the acid solution it takes about 8 hrs for the acid solution to completely turn green indicating it is done.

Good little project. Have you worked with 555 timers? I have built a 555 timer Radio transmitter that can travel 50-60 feet min. With powerful transformers between the coil it may be able to trasmit farther than 60 feet. It was an amazing project to do.

https://www.youtube.com/watch?v=f8OxSXC6GAQ

I am trying a single cell Potassium chloride, sodium formate soil fuel cell with two rods of graphite and aluminum sheets. I am getting for the cell 0.5-0.6 volts and 3 ma roughly. The DC and DC converter should be quite practical. https://www.youtube.com/watch?v=e6u765X1Ml4

This is a good instructable you should know if you put a 555 timer Pin 3 with a PNP transistor it will overheat the 555 timers and it will quickly burn out always use a NPN type only. It is something to do with a high gain between the PNP and the 555 pin 3 a positive cycle.

https://www.ebay.ca/itm/Step-up-Ultra-low-Startup-Voltage-250mA-Module-MCP1640-DC-DC-converte/232698464124?ssPageName=STRK%3AMEBIDX%3AIT&_trksid=p2057872.m2749.l2649

I bet putting a bigger electrode 50 by 50 mm 2 mm thick graphite electrodes in a Mud battery could sign boost the battery power and life time. Also you could use a mini dc to dc converter to boost 0.7 vols to 6 volts to power a Radio or Led lights.

Correction it a Penicllium I spore not Aspergillus Niger type spore.

More UV results here with dyes. I recommend Non stick paper underneath the plastic etc to mold the material.

Some final images for Now.

I recommend different mixtures of dyes and rit dye and molding them together when hot Like one yellow and one Green and with the PVP (right now being sold out) adding Urethane paint to protect from a white crystalization of PVP of the dyes. Interesting concept.

The gel solidification takes 6-10 hrs then if you want add epoxy or urethane paint.

Yes DCM and Chlorine or Bromine with gold would dissolve gold and you can refine it but it is quite a dangerous thing to do. If you are using chlorine then it must be with as little moisture as possible.https://www.youtube.com/watch?v=a_EdGQyHTxU

While Nitric acid is very effective at dissolving gold in Nitric acid and Hydrochloric acid keep in mind this is what Cody from Cody lab said it will dissolve Lead and Tin and lead to sludge. It easy to seperate with filter I assume but with cellphones, you may have selectively take apart and only use parts with gold not lead or tin solder. Cellphones can have 0.5 to 1 g gold I heard.

Final short pants with bleach.

Gold plating...... I scraped off the gold afterward and got 0.75 g of gold from the foil. They say cellphones have only 0.035 g in a cellphone (gold) but I got mostly gold from it.

This is a cool idea I often use an air bubbler with a seal to release the vapors of different aromas (that I make myself). This pic is homemade Lavander tea extract. About 25 g of it in 500 ml water.https://www.youtube.com/watch?v=0hbXqT9WBfk

Wow could you modify for example this with a special probe to determine the purity of organic liquids as well? I love the idea. https://www.amazon.ca/gp/product/B07DGVPLRX/ref=ppx_yo_dt_b_asin_title_o05_s00?ie=UTF8&psc=1

Hello, I do many sprays with different exotic aromas here are a few of them. Coconut, Nutmeg cocoa, Anise, Storax which can be sprayed around. Which is better you can spray them or evaporate them with an Air bubbler and tubes. Very cool concept.

Here some of my videos on aromas. https://www.youtube.com/watch?v=2pfxDuHc83khttps://www.youtube.com/watch?v=0hbXqT9WBfk

I really liked the idea of making an Old Microscope into a new one. I have converted my old Microscope into a Polarized Microscope and got with a 40 dollar lens (3 of them) good results with harmless sporing bacteria.https://www.instructables.com/Seeing-Spores-From-Bacteria-With-an-Polarized-Micr/

Well, what the max temp this hotplate and magnetic stirrer can go to? For me and this is choice 165 degrees C is barely enough to any of my projects. My old hotplate that cost 500 dollars went from 0 to 540 and spun to 1000 RPM. My new hotplate that is brand new is 7 by 7 inches and it goes to 540 C and it is ideal for lots of Projects (Perfume and aroma) etc.For many of my projects 165 would not be sufficient. I like the idea but sometimes this would not be enough. Cool Idea.Oh my new hotplate goes to 1500 RPM ideal to try to make silver nanoparticles with silver and PVP.

I really support Kiteman here since you could be ingesting trace amounts of lead, tin --- the solder could deposit small amounts of lead that you could harm someone else or another person. I know some ultra fine forms of silver colloids can treat burns but I would be crazy to attempt to take this stuff internally. The risk of lead poisoning form solder (etc) is a big risk.Lead etc could be accumalitive and thus very dangerous to your health.

Did you make pennies with the solution? You can to prevent silver from coming off Urethane paint with a paintbrush. Or with a spoon you can carefully pour on different types of laquers onto the silver once it is done. A silver nitrate kit is very expensive but has good results if you use good Dh20 water and add all the reagents exactly. Mine failed due to impure copper but it was a good lesson that I learned.

You may want to carefully add a bit more lye (small amounts) and small amounts of silver nitrate (weigh them out) and try making it coat faster. Also a good powersupply that can generate 0-30 volts 0-2 amps is required. Keep it around 5-6 volts if you are using the black oxide silver method. Shinely coat is essential here. I mean polished coat of metal (Copper). Please always have PPE when working with these chemicals.

I found going past a certain voltage like 6 volts will cause the silver oxide to fall out of solution so fast that it will not give a good "Plate".

I agree with other people here on this blog. Actually thorium life cycle is very different than tritium and deuterium gas. I find an interesting nuclear reactor is the Thorium reactor that India working on. Water-cooled Uranium and thorium reactors that produce less waste than normal Uranium or Plutonium stuff. Some of them are sodium cooled reactors.

The thorium cycle in theory use up Uranium 235 and Plutonium 238. Since most of the waste is Uranium and Plutonium mix it is expensive due to the reprocessing parts.

At Algonquin college, we used a material that contained reactive arsenic salt 1 percent to detect Fluorine in water as well as DPD for chlorine. We used Nitric acid + sodium dichromate to detect Oxygen in water, etc. The Hach Spectrometer was specifically used which was vey cool to test with.

If you want you can go on ebay and get other chemicals like dyes or even salts. I found ebay to be a fairly good place to get chemicals. Nicely done I liked this Project you have done.

Buffers or when you add salt (Copper sulfate) plus Oxalic acid and salt this acts as a buffer which resist extreme changes in pH. It is essential for proper coating to occur.

Here is Pepsi Storax and Storax in ethanol. Dragoonblood, etc that will used in the future. The aromas are kept at 0-2 degrees C to -5 C in the garrage.

Yes Nuclear fusion even if promising requires trillions of volts and high voltage, magnets to redirect Plasma or lasers to try to fuse elements. It potential to convert thorium into Uranium 233 bread reactors, Uranium 235 into Tech 100 if that is possible.

Particle accelerators may make other natural sources.

I will show Mint, Anise, and other aromas like lavander in a few months.

Vanilla ginger coconut aroma.

With a thermometer (Meat and go between) 150-200 deg C for hotplate and boil Vanilla and other extracts like Cocoa.

You can find 200 g of Sodium acetate on ebay for 20-30 dollars or if on sale maybe even a better deal. Copper sulfate is cheap too.

Some other ways of making copper acetate keep in mind you will need a pH meter and add KOH until the pH is 8 then add some acetic acid. https://www.sciencemadness.org/whisper/viewthread.php?tid=68594

It tends to tarnish after a while try with epoxy or Urethane clear paint will work but your get different colors.

Ozone water can be distilled since most of the ozone will evap off. A pure water or fresh dH20 from a lab supplier may be an option. Check eBay for water purification system about 100 to 200 dollars.

http://www.lagunaclay.com/sds/pdf/3rawmat/adry/MVANPEN_Vanadium%20Pentoxide_2016.pdfOh it level 2 cancer causing.

Some final results with Urethane paint.

Another cool method of cleaning metal by electroplating methods. Easy to do and doesnot use harsh chemicals produces rust debis which is fairly harmless.

Cool I always like alternative energy projects. Right on.