THE FORMULA WRITING SYSTEM
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EXPLANATORY NOTES
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2.0
 HOW TO CREATE A CHEMICAL FORMULATION
PROGRAM FOR AN ALKENE OR AN ALKYNE,
THAT CAN MONITOR, DISPENSE & CONTROL
THE EQUIPMENT & PROCESSING OF CHEMICALS
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2.0
EACH HYDROCARBON,
FORMULATION FILE
MUST TELL THE COMPUTER,
HOW TO MAKE
THE CHEMICIAL
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2.1
THE SUGGESTED WINDOWS DIRECTORYS ARE:
d:/ []...HYDROCARBON CHEMISTRY
[]...ALKANES
[]...ALKENES
[]...HEXENE ~ 2 METHYL BUTYLENE
[]...SOURCES
[]..METHODS OF PRODUCING
[]...STORAGE & DISPENSING
{]...ALKYNES
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2.1
THE FORMULATION FILE
FOR THE ALKENE:
HEXENE~2 METHYL BUTYLENE
THIS DIRECTORY TREE,
IS THE SUGGESTED TREE
FOR ALL HYDRO-CARBONS.
HEXENE ~2 METHYL BUTYLENE
& METHODS OF PROCESSING
ARE SHOWN [] AS OPEN FILES
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]2.2
CREATING THE SYSTEM NAME & FORMULA FOR:
HEXENE ~ 2 METHYL BUTYLENE =
6.CBN+12.HDR = [ >'CH+>CH2+>'CH+>CH2 ]+ 2( 'CH3 )
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2.2
THE GENERIC, FILE NAME
MUST ALWAYS BE USED
BEFORE THE TECHNICAL
MORE EXACT DESCRIPTION
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2.3
EQUALIZING, IN THIS SYSTEM
THE NAME & THE FORMULA
ARE ALL ONE UNIT OF INFORMATION.
THEREFORE, YOU HAVE TO TELL THE COMPUTER:
THE NAMED CHEMICAL IS TO BE EXACTLY EQUAL =
TO THIS MANY ATOMS OF EACH ATOMIC ELEMENT
HEXENE ~ 2 METHYL BUTYLENE =
6.CBN+12.HDR = [ >'CH+>CH2+>'CH+>CH2 ]+ 2('CH3)
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2.3
THIS EQUALS COMMAND,
AUTOMATICALLY CREATES
A BALANCE PROGRAM WITH
20+ DOS COMPONENTS,
IN ALL GUIDANCE PROGRAMS
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2.4
ENTERING THE QUANTITYS OF THE TYPES OF ATOMS.
THE COMPUTER MUST BE GIVEN THE EXACT NUMBER
OF ATOMS OF EACH ATOMIC ELEMENT NEXT
HEXENE ~ 2 METHYL BUTYLENE =
6.CBN+12.HDR =
[ >'CH+>CH2+>'CH+>CH2 ] + 2('CH3)
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2.4
FOR A COMPUTER C & H ,
ARE LETTERS, THAT ARE,
COMPONENTS OF WORDS.
EACH ATOMIC ELEMENT,
NOW HAS A 3 LETTER SYMBOL
ONLY THE 3 LETTER SYMBOLS
ARE USEABLE IN COMPUTERS
FOR QUANTITY ENTRYS.
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2.5
THE ORDER OF COMPONENT ASSEMBLY.
THESE FORMULAS TELL THE COMPUTER.
THESE CHEMICAL COMPONENTS,
SHALL BE JOINED TOGETHER, IN THIS ORDER
ACCORDING TO THESE DIRECTIONS
HEXENE ~ 2 METHYL BUTYLENE = 6.CBN+12.HDR =
[ >'CH+>CH2+>'CH+>CH2 ]+2('CH3)
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2.5
THE CHEMICAL COMPONENT
SYMBOLS ARE COMBINED,
3 to 4 LETTER, NUMBER,
& BONDING VALENCE
VALUE SYMBOLS.
< AS SHOWN LEFT
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TEMPERATURE & TIMING DIRECTIONS
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EXPLANATORY NOTES
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TT-2.1
THE CHEMICAL COMPONENTS ARE REPEATED
AND GIVEN ORDER OF PROCESSING NUMBERS
CMCL1 ~ [ >'CH+>CH2+>'CH+>CH2 ]
CMCL2 ~+ 2('CH3)
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TTN-2.1
WHEN EACH ,
CHEMICAL COMPONENT,
HAS AN ORDER
OF PROCESSING NUMBER,
CONTROL NUMBER,
MISTAKES ARE ELIMINATED
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TT-2.2
THE ORDER OF PROCESSING NUMBERS,
& THE CHEMICAL COMPONENTS ARE REPEATED
AND ALSO IDENTIFIED BY SCIENTIFIC NAMES
CMCL1 ~ [ >'CH+>CH2+>'CH+>CH2 ] = BUTYLENE
CMCL2 ~ + 2('CH3 ) = METHYLS
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TTN-2.2
THE METHYLS OF CMCL 2
ARE ALL OF ONE TYPE,
BECAUSE AT 158C^
ONLY ONE TYPE
IS POSSIBLE
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TT-2.3
THE NAMED FORMULA COMPONENTS ARE REPEATED
WITH THEIR ENTRANCE TEMPERATURES
CMCL1~ BUTYLENE@ 128C^
CMCL2 ~ METHYLS@ 158C^
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TTN-2.3
C & THE CAROT SYMBOL ^
AS C^ IS USED TO INDICATE
TEMPERATURES IN THE
CHEMICAL FORMULATION
COMPUTER SYSTEMS
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TT-2.4
THEN PROCESS DIRECTIONS ARE GIVEN BY NUMBER
CMCL1 ~ [ >'CH+>CH2+>'CH+>CH2 ] ~ BUTYLENE
1.1~ PLACE BUTYLENE IN CHROMALLOY POT
1.2 ~ HEAT 12C^ / HR TO 128C^ & MEDIUM SWIRL,(50%)
CMCL2 ~ + 2('CH3) ~ METHYLS
2.1~ PLACE METHYLS IN CHROMIUM PLATED,
CHROMALLOY 20:40 ALLOY,
H = W CONTAINER
2.2 ~ HEAT =20C^ / HR TO 158C^ WITH 75% SWIRL
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TTN-2.4
NO SWIRL = 0% SWIRL
MEDIUM SWIRL = 50% SWIRL
STRONGEST SWIRL = 100%
2 Revolutions / second = 100%
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TT-2.5
THEN GIVE, COMPLETE MIXING DIRECTIONS
7.1 ADD METHYLS TO BUTYLENE,
IN A - 1.2 ATM VACUUM
7.2 SWIRLING CONSTANTLY AT 75% VELOCITY
FOR 23 MINUTES
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TTN-2.5
YOU CAN USE ANY APPROVED,
WINDOWS 98
MECHANICAL SYSTEM
GUIDANCE PROGRAM
TO MONITOR,
INITIATE & CONTROL
EACH PHASE OF THE PROCESS
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TT-2.6
STORE IN CHROMIUM PLATED
STAINLESS STEEL VAT @ ± 0C^
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TTN-2.6
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