(HP-65) A Program For Blackbody Radiation Calculations
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01-09-2019, 02:36 PM
Post: #1
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(HP-65) A Program For Blackbody Radiation Calculations
The INTRODUCTION to A Program For Blackbody Radiation Calculations, Electro Optical Industries, fully encapsulates the publication.
INTRODUCTION This booklet includes 4 programs for the Hewlett Packard Model 65 programmable calculator. These programs transfer the calculation capability of 31 scales of the Electro Optical Industries Inc. blackbody radiation sliderule to the Model 65 but with 5 significant figure accuracy. A copy of the manual for the blackbody sliderule is included since it defines all terns and equations and provides useful examples of the use of the equations. BEST! SlideRule |
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01-09-2019, 08:21 PM
Post: #2
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RE: (HP-65) A Program For Blackbody Radiation Calculations
For those who want to run the programs in an emulator:
BLACKBODY RADIATION SLIDERULE I Code: 001: 23 : LBL BLACKBODY RADIATION SLIDERULE II Code: 001: 00 : 0 BLACKBODY RADIATION SLIDERULE III Code: 001: 23 : LBL BLACKBODY RADIATION SLIDERULE IV Code: 001: 00 : 0 SAMPLE PROBLEM 1 SOLUTION 1. Enter program card I 2. Compute \(H_{0-\infty}\) 1500 B 2.8704 01 3. Enter program card III 4. Compute \(Q_{0-\infty}\) 1500 B 5.1314 20 5. Compute \(E_{\lambda m}\) 1500 C 6.4177 -01 SAMPLE PROBLEM 2 SOLUTION 1. Enter program card II 2. Compute first integral 2 ENTER 1000 A 3.7830 -01 STO 4 10 ENTER 1000 A 5.1829 00 RCL 4 - 4.8046 00 3. Compute second integral 25 ENTER 1000 A -4.4418 -02 STO 4 30 ENTER 1000 A -2.6698 -02 RCL 4 - 1.7720 -02 SAMPLE PROBLEM 3 SOLUTION 1. Enter program card I 2. Compute \(t_c\) to \(T\) 600 D 873.150 3. Input \(R\) EEX 7 ENTER 1.000000000 07 4. Input \(\Delta f\), compute \(V_n\), read answer 1.5 C 8.5044 -07 SAMPLE PROBLEM 4 SOLUTION 1. Enter program card IV 5 ENTER 2000 A 8.9964 20 STO 4 30 ENTER 2000 A -1.3419 19 RCL 4 - -9.1305 20 STO 4 2. Enter program card III 2000 B 1.2163 21 RCL 4 + 3.0327 20 As always thank you for posting the paper. Cheers Thomas |
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01-09-2019, 08:53 PM
Post: #3
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RE: (HP-65) A Program For Blackbody Radiation Calculations
(01-09-2019 08:21 PM)Thomas Klemm Wrote: For those who want to run the programs in an emulator:Very nice Thomas, but what about those who like to use HP67 (RPN 67 SD or PANAMATIK emulators)? Could you deliver a keytroking program, instructions and example for those APP?. The first has two advantages: a) not only 224 steps, but 999 and b) it can group numbers from single digits in one step; two clever ways to save program space. If we sum up the steps for the three HP65 programs they are near 290. I agree with you about the efforts of SlideRule for sharing these developments Pedro |
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01-09-2019, 08:59 PM
Post: #4
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RE: (HP-65) A Program For Blackbody Radiation Calculations
Thanks for the response; additional references of interest?
a) Instructions for the use of a slide rule for radiation calculations b) Blackbody radiation sliderule manual of instruction and information c) A Program For Blackbody Radiation Calculations II (TI-59) BEST! SlideRule |
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01-09-2019, 11:01 PM
Post: #5
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RE: (HP-65) A Program For Blackbody Radiation Calculations
These brochures are beautiful!
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01-09-2019, 11:58 PM
Post: #6
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RE: (HP-65) A Program For Blackbody Radiation Calculations
(01-09-2019 08:53 PM)PedroLeiva Wrote: … what about those who like to use HP67 … Pedro Try Users' Library Solutions - 31. Physics PH01 - Black Body Thermal Radiation Calculates the wavelength of maximum emissive power for a given temperature download BEST! SlideRule |
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01-10-2019, 02:33 AM
Post: #7
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RE: (HP-65) A Program For Blackbody Radiation Calculations
(01-09-2019 11:58 PM)SlideRule Wrote:Excellent, thank you very much. I had not realized that the program was in the collection. Pedro(01-09-2019 08:53 PM)PedroLeiva Wrote: … what about those who like to use HP67 … Pedro |
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