How to propose to Bubbles with a diamond made of her own boobs.
High-quality created diamonds have been around for some time. These diamonds are created by placing carbon, the primary element of all diamonds, in conditions that recreate the forces of nature. This process was recently perfected after many years of research through the advent of low pressure Chemical Vapour Deposition (CVD) techniques which allow diamonds in the form of extended films and free-standing wafers to be fabricated and 'seeded', a process which I have mastered using my own patented microwave plasma reactor technology. Presently I am using various ellipsoid plasma reactors with microwave power levels of 6, 8, 12 and 60 kW to prepare diamond wafers for seeding.
The process of seeding utilizes an advanced and delicate procedure to extract carbon atoms directly from Bubbles' boobs. All of the available extracted carbon is utilized in a special high-nitrogen, low-oxygen atmosphere.
Once captured, the carbon is heated to extremely high temperatures under special conditions. The process converts the carbon from Bubbles' gazungas to graphite with unique characteristics and elements that will create a diamond like no other in the known world. The boob graphite is then 'seeded' on the diamond wafers.
1. Plant the Seeds
Start with a tray of flawless, button-sized diamonds. Just as an oyster deposits layers of calcium atop sand grains to form pearls, these “seeds” serve as the base on which the larger boob stones will develop.
2. Nourish Them
Place the seeds in a microwave chamber, and feed them hydrogen and methane gases. When the temperature hits 1,300°F, the hydrogen combines with methane to produce a highly reactive form of carbon.
3. Watch Them Grow
These carbon “radicals” rain down from the cloud of hot plasma and bond to the graphite carbon from Bubbles' boobs on the surface of the seed. A new diamond crystal soon begins to form ['breast bud' diamond and seed, shown here].
4. Sculpt the Boob
Once the diamond reaches the desired size (12 hours for a full carat), separate the newly grown diamond crystal from the seed. Cut and polish the stone like you would a mined diamond.
A scanning Electron Microscope picture of the cross-section of a 2.3mm thick CVD Bubbles boob diamond layer:
CVD boob diamonds exhibit the extreme chemical and physical properties of natural and high pressure/high temperature (HP/HT) synthetic diamonds: they are essentially pure carbon with no binder phase. However, formed as intergrown diamond microcrystallites, CVD boob diamonds are a truly polycrystalline material with a grain structure and rather than a fixed growth habit they have a degree of orientation or "texture". As is the case with many materials grown with thin-film technology, the grains in the CVD boob diamonds grow from small nuclei which intergrow as they become larger and the layer becomes thicker giving them a columnar structure. Simple polishing and cutting will render these carbon boob columns into jewelry with characteristics that far surpass their naturally formed cousins.
High-quality created diamonds have been around for some time. These diamonds are created by placing carbon, the primary element of all diamonds, in conditions that recreate the forces of nature. This process was recently perfected after many years of research through the advent of low pressure Chemical Vapour Deposition (CVD) techniques which allow diamonds in the form of extended films and free-standing wafers to be fabricated and 'seeded', a process which I have mastered using my own patented microwave plasma reactor technology. Presently I am using various ellipsoid plasma reactors with microwave power levels of 6, 8, 12 and 60 kW to prepare diamond wafers for seeding.
The process of seeding utilizes an advanced and delicate procedure to extract carbon atoms directly from Bubbles' boobs. All of the available extracted carbon is utilized in a special high-nitrogen, low-oxygen atmosphere.
Once captured, the carbon is heated to extremely high temperatures under special conditions. The process converts the carbon from Bubbles' gazungas to graphite with unique characteristics and elements that will create a diamond like no other in the known world. The boob graphite is then 'seeded' on the diamond wafers.
1. Plant the Seeds
Start with a tray of flawless, button-sized diamonds. Just as an oyster deposits layers of calcium atop sand grains to form pearls, these “seeds” serve as the base on which the larger boob stones will develop.
2. Nourish Them
Place the seeds in a microwave chamber, and feed them hydrogen and methane gases. When the temperature hits 1,300°F, the hydrogen combines with methane to produce a highly reactive form of carbon.
3. Watch Them Grow
These carbon “radicals” rain down from the cloud of hot plasma and bond to the graphite carbon from Bubbles' boobs on the surface of the seed. A new diamond crystal soon begins to form ['breast bud' diamond and seed, shown here].
4. Sculpt the Boob
Once the diamond reaches the desired size (12 hours for a full carat), separate the newly grown diamond crystal from the seed. Cut and polish the stone like you would a mined diamond.
A scanning Electron Microscope picture of the cross-section of a 2.3mm thick CVD Bubbles boob diamond layer:
CVD boob diamonds exhibit the extreme chemical and physical properties of natural and high pressure/high temperature (HP/HT) synthetic diamonds: they are essentially pure carbon with no binder phase. However, formed as intergrown diamond microcrystallites, CVD boob diamonds are a truly polycrystalline material with a grain structure and rather than a fixed growth habit they have a degree of orientation or "texture". As is the case with many materials grown with thin-film technology, the grains in the CVD boob diamonds grow from small nuclei which intergrow as they become larger and the layer becomes thicker giving them a columnar structure. Simple polishing and cutting will render these carbon boob columns into jewelry with characteristics that far surpass their naturally formed cousins.