Endless response...

[gykung]

How do I limit the length of the response? I gave it a publicly available document to ingest. After I asked a question, the response went on endlessly and I had to interrupt it.

Enter a query: what affects jet colour?
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 Jet colour is affected by various factors such as the type of fuel, the presence of impurities, and the operating conditions of the engine. The properties controlled by the specification are not all independent of one another. For example, as total aromatics content increases, density, boiling point temperature, and freezing point increase, and smoke point decreases.

> Question:
what affects jet colour?

> Answer:
 Jet colour is affected by various factors such as the type of fuel, the presence of impurities, and the operating conditions of the engine. The properties controlled by the specification are not all independent of one another. For example, as total aromatics content increases, density, boiling point temperature, and freezing point increase, and smoke point decreases.

> source_documents\aviation_tech_review.pdf:
on jet fuel properties and also on the performance of critical turbine engine components. This

testing showed that trace amounts of red dye caused a decrease in thermal stability as measured

by the JFTOT and an increase in fouling rate in engine fuel system components. As a result of this

testing the restriction on red dye remains in effect; any visible pink or red color resulting from

dye contamination is grounds for rejection of the fuel.

> source_documents\Kerosene_Jet Fuel_Naptha Merox Sweeting_Revision 5    (1).pdf:
1.  Monohydric (bad) - Phenol, BP 360 °F (182 °C); Cresol, BP 292 °F

(200 °C)

2.  Dihydric (worse) - Resorcinol, BP 530 °F (277 °C)

177050 Rev.5

III-8















♀Kerosene/Jet Fuel Merox/Naphtha Sweetening

Process Variables

3.  Polyhydric (worst)

3)  Oxygen compounds

Other oxygenates compounds that affect color loss as part of feed are Carbonyls
and Ethers.  Examples of color compounds that oxidized gives color bodies gain
are:

> source_documents\Kerosene_Jet Fuel_Naptha Merox Sweeting_Revision 5    (1).pdf:
  Carbonyls - identified in oxidized color bodies
1.  Carboxylic acids - RCOOH
2.  Aldehydes - RCOH
3.  Ketones - RCOR
4.  Esters - RCOOR

  Ethers - ROR – don’t give great color loss in operating systems

4)  Nitrogen Compounds

Nitrogen compounds are another culprit for color loss in kerosene.  Example of
nitrogen compounds:

  Amines - Aromatics are worst for color loss

1.  Aniline - BP 363 °F (184 °C)
2.  Dihexyl amine – BP 377 °F (192 °C)

> source_documents\aviation_tech_review.pdf:
The properties controlled by the specification are not all independent of one another. For

example, as total aromatics content increases, density, final boiling point temperature, and

freezing point increase, and smoke point decreases.

Figure 3.3 compares several of the specification properties of the major civilian jet fuels.

Figure 3.3

Selected Specification Properties of Jet Fuels

Fuel

Jet A

Jet A-1

TS-1

Jet B

Specification

Acidity, mg KOH/g

Aromatics, % vol, max

Sulfur, mass%

Enter a query:
 The color of a fuel is affected by the type of fuel, the presence of impurities, and the operating conditions of the engine.

Figure 3.3

SelecteD Specification Properties of Jet Fuels

Fuel

Jet A

Jet A-1

TS-1

Jet B

[Leschnoid]

Interesting, I had the opposite problem, i wanted it to summarize a longer text for me, and the answer was quite short. Which model are you using?

[gykung]

ggml-gpt4all-j-v1.3-groovy.bin](https://gpt4all.io/models/ggml-gpt4all-j-v1.3-groovy.bin