%% Live Render https://mermaid-js.github.io/mermaid-live-editor/edit#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
graph LR
%%subgraph Outputs
complex-circuit-board[Complex Circuit Board]
%%end
%%subgraph Raw Materials
aluminium-plate[Aluminium Plate]
ammonia[Ammonia]
aramid-fiber[Aramid Fiber]
aromatics[Aromatics]
ash[Ash]
benzene[Benzene]
borax[Borax]
carbon-dioxide[Carbon Dioxide]
ceramic[Ceramic]
cermet[Cermet]
chlorine[Chlorine]
chromium[Chromium]
cladding[Cladding]
coke[Coke]
copper-cable[Copper Cable]
copper-coating[Copper Coating]
copper-plate[Copper Plate]
crushed-quartz[Crushed Quartz]
fiberboard[Fiberboard]
formaldehyde[Formaldehyde]
gasoline[Gasoline]
glass[Glass]
graphite[Graphite]
hydrogen[Hydrogen]
hydrogen-chloride[Hydrogen Chloride]
hydrogen-peroxide[Hydrogen Peroxide]
iron-oxide[Iron Oxide]
iron-plate[Iron Plate]
iron-niobium-alloy[Iron Niobium Alloy]
kevlar[Kevlar]
lard[Lard]
limestone[Limestone]
liquid-nitrogen[Liquid Nitrogen]
log[Log]
lubricant[Lubricant]
melamime[Melamime]
methane[Methane]
molten-glass[Molten Glass]
molybdenum[Molybdenum]
molybdenum-plate[Molybdenum Plate]
nichrome[Nichrome]
nickel-plate[Nickel Plate]
nitrogen[Nitrogen]
nylon[Nylon]
organic-solvent[Organic Solvent]
oxygen[Oxygen]
phenol[Phenol]
phosphorus-acid[Phosphorus Acid]
plastic-bar[Plastic Bar]
rare-earth-oxides[Rare Earth Oxides]
silicon[Silicon]
silver[Silver]
simple-circuit-board[Simple Circuit Board]
sodium-hydroxide[Sodium Hydroxide]
solder[Solder]
steam[Steam]
sulfuric-acid[Sulfuric Acid]
sulfur[Sulfur]
tin-plate[Tin Plate]
tinned-cable[Tinned Cable]
titanium-plate[Titanium Plate]
urea[Urea]
vacuum[Vacuum]
water[Water]
zinc-plate[Zinc Plate]
%%end
subgraph Terephthaloyl Chloride
nichrome --> terephthaloyl-chloride-tci
aromatics --> terephthaloyl-chloride-tci
liquid-nitrogen --> terephthaloyl-chloride-tci
end
subgraph Pure Sand
washed-sand --> pure-sand
water --> pure-sand
end
subgraph Tinned Copper Wire
copper-cable --> tinned-copper-wire
tin-plate --> tinned-copper-wire
end
subgraph Aramid Fiber
molybdenum-plate --> aramid-fiber
aluminium-plate --> aramid-fiber
titanium-plate --> aramid-fiber
sodium-hydroxide --> aramid-fiber
terephthaloyl-chloride-tci --> aramid-fiber
sulfuric-acid --> aramid-fiber
end
subgraph Silicon Wafer
silicon --> silicon-wafer
graphite --> silicon-wafer
crushed-quartz --> silicon-wafer
aramid-fiber --> silicon-wafer
end
subgraph Powdered Phosphate Rock
phosphate-rock --> powdered-phosphate-rock
end
subgraph Syngas
coal-dust --> syngas
water --> syngas
end
subgraph Phosphoric Acid
ash --> phosphoric-acid
pure-sand --> phosphoric-acid
powdered-phosphate-rock --> phosphoric-acid
syngas --> phosphoric-acid
end
subgraph Etching Solution
lard --> etching-solution
phosphoric-acid --> etching-solution
sulfuric-acid --> etching-solution
hydrogen-peroxide --> etching-solution
hydrogen --> hydrogen-peroxide
oxygen --> hydrogen-peroxide
end
subgraph Acetic Acid
chromium --> acetic-acid
carbon-dioxide --> acetic-acid
nichrome --> acetic-acid
hydrogen --> acetic-acid
end
subgraph Zinc Acetate
zinc-plate --> zinc-acetate
acetic-acid --> zinc-acetate
end
%% subgraph Nylon
%% chromium --> nylon
%% phenol --> nylon
%% blood-meal --> nylon
%% carbon-dioxide --> nylon
%% steam --> nylon
%% end
%% subgraph Nylon
%% TODO
%% end
subgraph Lightly P Doped Silicon
silicon-wafer --> lightly-p-doped-silicon
zinc-acetate --> lightly-p-doped-silicon
diborane --> lightly-p-doped-silicon
borax --> diborane
hydrogen --> diborane
etching-solution --> lightly-p-doped-silicon
end
subgraph Lightly N Doped Silicon
silicon-wafer --> lightly-n-doped-silicon
phosphine-gas --> lightly-n-doped-silicon
wood --> phosphine-gas
phosphorous-acid --> phosphine-gas
ash --> phosphorous-acid
pure-sand --> phosphorous-acid
powdered-phosphate-rock --> phosphorous-acid
syngas --> phosphorous-acid
etching-solution --> lightly-n-doped-silicon
end
subgraph Boric Acid
diborane --> boric-acid
water --> boric-acid
end
subgraph Melamine Resin
melamine --> melamine-resin
water --> melamine
cyanic-acid --> melamine
ammonia --> melamine
urea --> melamine-resin
formaldehyde --> melamine-resin
end
subgraph Air Core Inductors
copper-cable --> air-core-inductors
ceramic --> air-core-inductors
end
subgraph Nitrobenzene
benzene --> nitrobenzene
sulfuric-acid --> nitrobenzene
ammonia --> nitrobenzene
end
%%
%% subgraph Ammonia Gas
%% copper-plate --> ammonia
%% coke --> ammonia
%% end
%% subgraph Aromatics
%% organic-matter --> aromatics
%% refined-syngas --> aromatics
%% hydrogen --> aromatics
%% end
%% subgraph Plastic Bar
%% chromium --> plastic-bar
%% refined-syngas --> plastic-bar
%% end
%%
%% subgraph Simple Circuit Board
%% simple-circuit-board --> complex-circuit-board
%%
%% ceramic-capacitors --> simple-circuit-board
%% tin-plate --> ceramic-capacitors
%% copper-plate --> ceramic-capacitors
%% air-core-inductors --> simple-circuit-board
%% high-power-resistors --> simple-circuit-board
%% coke --> high-power-resistors
%% glass --> high-power-resistors
%% tin-plate --> high-power-resistors
%% printed-circuit-substrate-1 --> simple-circuit-board
%% copper-plate --> printed-circuit-substrate-1
%% formica --> printed-circuit-substrate-1
%% vacuum --> printed-circuit-substrate-1
%% vacuum-tube --> simple-circuit-board
%% iron-plate --> vacuum-tube
%% copper-plate --> vacuum-tube
%% graphite --> vacuum-tube
%% glass --> vacuum-tube
%% vacuum --> vacuum-tube
%% end
%% subgraph Iron Niobium Alloy
%% iron-plate --> iron-niobium-alloy
%% niobium-plate --> iron-niobium-alloy
%% end
%% subgraph Rare Earth Oxides
%% rare-earth-concentrate --> rare-earth-oxides
%% rare-earth-solution --> rare-earth-concentrate
%% rare-earth-slurry --> rare-earth-solution
%% rare-earth-mud --> rare-earth-slurry
%% rare-earth-dust --> rare-earth-mud
%% rare-earth-powder --> rare-earth-dust
%% rare-earth-ore --> rare-earth-powder
%% rare-earth-bolide --> rare-earth-ore
%% sulfuric-acid --> rare-earth-mud
%% water --> rare-earth-mud
%% sulfuric-acid --> rare-earth-slurry
%% ammonia --> rare-earth-solution
%% end
subgraph Cermet
ash --> cermet
crude-cermet --> cermet
molybdenum-ore --> crude-cermet
ceramic --> crude-cermet
lubricant --> cermet
glycerol-liquid --> lubricant
nutient --> glycerol-liquid
lithia-water --> lubricant
end
%% subgraph Tinned Cable
%% copper-cable --> tinned-cable
%% tin-plate --> tinned-cable
%% end
subgraph Copper Coating
copper-plate --> copper-coating
cladded-core --> copper-coating
cladding --> cladded-core
washed-sand --> cladding
niobium-complex --> cladding
nitrobenzene --> cladding
glass-core --> cladded-core
silver-plate --> glass-core
washed-sand --> glass-core
sulfur --> glass-core
organic-solvent --> copper-coating
end
%% subgraph Kevlar
%% p-phenylenediamine-ppd --> kevlar
%% hydrogen --> p-phenylenediamine-ppd
%% aromatics --> p-phenylenediamine-ppd
%% nylon --> kevlar
%% terephthaloyl-chloride-tci --> kevlar
%% cobalt-ore --> terephthaloyl-chloride-tci
%% aromatics --> terephthaloyl-chloride-tci
%% compressed-air --> terephthaloyl-chloride-tci
%% organic-solvent --> kevlar
%% end
%% subgraph Borax
%% raw-borax --> borax
%% water --> borax
%% end
%% subgraph Organic Solvent
%% treated-wood --> organic-solvent
%% raw-fiber --> organic-solvent
%% steam --> organic-solvent
%% end
subgraph Kevlar Coating
copper-plate --> kevlar-coating
organic-solvent --> kevlar-coating
nylon --> kevlar-coating
terephthaloyl-chloride-tci --> kevlar-coating
ammonia --> kevlar-coating
nitrobenzene --> kevlar-coating
chlorine --> kevlar-coating
end
subgraph Optical Fiber
optical-fiber --> complex-circuit-board
plastic-bar --> optical-fiber
iron-niobium-coating --> optical-fiber
kevlar-coating --> iron-niobium-coating
iron-niobium-alloy --> iron-niobium-coating
end
subgraph Diodes
diodes --> complex-circuit-board
rare-earth-oxides --> diodes
lightly-n-doped-silicon --> diodes
lightly-p-doped-silicon --> diodes
cermet --> diodes
nylon --> diodes
tin-plate --> diodes
vacuum --> diodes
end
subgraph Microchips
microchips --> complex-circuit-board
plastic-bar --> microchips
lightly-n-doped-silicon --> microchips
lightly-p-doped-silicon --> microchips
cermet --> microchips
tin-plate --> microchips
tinned-cable --> microchips
vacuum --> microchips
end
subgraph Medium Power Resistors
medium-power-resistors --> complex-circuit-board
cermet --> medium-power-resistors
ferrochrome --> medium-power-resistors
iron-plate --> ferrochrome
chromium --> ferrochrome
graphite --> ferrochrome
crude-oil --> ferrochrome
high-power-resistors --> medium-power-resistors
coke --> high-power-resistors
glass --> high-power-resistors
tin-plate --> high-power-resistors
boric-acid --> medium-power-resistors
end
subgraph Transistors
transistors --> complex-circuit-board
melamine-resin --> transistors
heavily-n-doped-silicon --> transistors
lightly-n-doped-silicon --> transistors
lightly-p-doped-silicon --> transistors
nylon --> transistors
vacuum --> transistors
end
subgraph electrolytic capacitors
electrolytic-capacitors --> complex-circuit-board
ceramic-capacitors --> electrolytic-capacitors
ceramic --> ceramic-capacitors
tin-plate --> ceramic-capacitors
aluminium-plate --> electrolytic-capacitors
tinned-cable --> electrolytic-capacitors
boric-acid --> electrolytic-capacitors
aluminium-pulp --> electrolytic-capacitors
lime --> aluminium-pulp
powdered-aluminium --> aluminium-pulp
water --> aluminium-pulp
phosphoric-acid --> aluminium-pulp
end
subgraph Toroidal inductors
toroidal-inductors --> complex-circuit-board
ferrite --> toroidal-inductors
iron-oxide --> ferrite
nichrome --> ferrite
zinc-plate --> ferrite
melamine-resin --> toroidal-inductors
end
Created
June 3, 2021 14:28
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