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  #1  
June 15th, 2016, 11:59 AM
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Hcl nist

Hi I would like to have the NIST data for the Hydrochloric Acid as well as the other properties belonging to HCL?
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  #2  
June 15th, 2016, 12:01 PM
Super Moderator
 
Join Date: Mar 2012
Re: Hcl nist

NIST membership destinations give information under the NIST Standard Reference Data Program, yet require a yearly expense to get to. The reason for the charge is to recoup costs connected with the improvement of information accumulations incorporated into such locales.

Hydrogen chloride

Formula:
ClH

Molecular weight:
36.461

IUPAC Standard InChI:
1S/ClH/h1H

UPAC Standard InChIKey: VEXZGXHMUGYJMC-UHFFFAOYSA-N

CAS Registry Number: 7647-01-0

Chemical structure:


For this compound, WTT contains fundamentally assessed suggestions for:

Triple point temperature

Triple point temperature (Crystal 2, Crystal 1, and Gas)

1 test information focuses

Triple point temperature (Crystal 1, Liquid, and Gas)

2 exploratory information focuses

Typical bubbling temperature (Liquid and Gas)

Basic temperature (Liquid and Gas)

1 exploratory information focuses

Basic weight (Liquid and Gas)

1 test information focuses

Bubbling temperature (Liquid in harmony with Gas) as a component of Pressure

Weight from 13.8415 kPa to 8259.58 kPa

Stage limit weight

Stage limit weight (Crystal 1 in harmony with Gas) as a component of Temperature

Temperature from 121.04 K to 159.066 K

36 test information focuses

Stage limit weight (Liquid in harmony with Gas) as a component of Temperature

Temperature from 159.066 K to 324.666 K

50 test information focuses

Basic thickness (Liquid and Gas)

Thickness

Thickness (Gas) as an element of Temperature and Pressure

Temperature from 103.184 K to 317.392 K

Weight from 0.001 kPa to 1123.25 kPa

24 exploratory information focuses

Thickness (Liquid) as an element of Temperature and Pressure

Temperature from 188.302 K to 243.496 K

Weight from 0.005 kPa to 4730 kPa

32 exploratory information focuses

Thickness (Liquid in balance with Gas) as a component of Temperature

Temperature from 159.066 K to 324.666 K

7 exploratory information focuses

Thickness (Gas in balance with Liquid) as a component of Temperature

Temperature from 252.156 K to 324.666 K

Enthalpy of stage move

Enthalpy of stage move (Crystal 1 to Liquid in balance with Gas)

1 test information focuses

Enthalpy of stage move (Crystal 2 to Crystal 1 in harmony with Liquid)

1 test information focuses

Enthalpy of vaporization or sublimation

Enthalpy of vaporization or sublimation (Liquid to Gas) as a component of Temperature

Temperature from 159.066 K to 324.666 K

Enthalpy of vaporization or sublimation (Crystal 1 to Gas) as a component of Temperature

Temperature from 121.04 K to 159.066 K

Heat limit at immersion weight

Heat limit at immersion weight (Liquid in harmony with Gas) as an element of Temperature

Temperature from 159.066 K to 318.173 K

Heat limit at immersion weight (Crystal 2 in harmony with Gas) as an element of Temperature

Temperature from 6 K to 98.679 K

25 test information focuses

Heat limit at immersion weight (Crystal 1 in harmony with Gas) as an element of Temperature

Temperature from 98.679 K to 159.066 K

7 trial information focuses

Heat limit at steady weight (Ideal Gas) as a component of Temperature

Temperature from 50 K to 5000 K

Enthalpy

Enthalpy (Crystal 2 in harmony with Gas) as a component of Temperature

Temperature from 6 K to 98.679 K

Enthalpy (Liquid in harmony with Gas) as a component of Temperature

Temperature from 159.066 K to 318.173 K

Enthalpy (Ideal Gas) as a component of Temperature

Temperature from 50 K to 5000 K

Entropy

Entropy (Crystal 2 in harmony with Gas) as a component of Temperature

Temperature from 6 K to 98.679 K

9 trial information focuses

Entropy (Ideal Gas) as a component of Temperature and Pressure

Temperature from 50 K to 5000 K

Entropy (Liquid in harmony with Gas) as a component of Temperature

Temperature from 159.066 K to 318.173 K

Consistency

Consistency (Liquid in harmony with Gas) as a component of Temperature

Temperature from 160.824 K to 188.243 K

6 trial information focuses

Consistency (Gas) as an element of Temperature and Pressure

Temperature from 190 K to 480 K

Warm conductivity (Gas) as a component of Temperature and Pressure

Temperature from 190 K to 632.1 K

7 test information focuses


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