The excellent breed of sheep used in the production of mutton sheep should have the following conditions. The ancestor is of excellent quality, because in general, only when its ancestors, especially the father and mother, are excellent individuals, their excellent traits may be transmitted to future generations. Sex will be greater, or can we say that we can produce more outstanding or productive offspring. The performance itself is as good as young growth and development, and the economy is mature; the physique is strong, the body is large and robust, the skin is thin and loose; the side view is overall rectangular; the body is long, deep, wide and barrel-shaped; the head is not wide The neck and limbs are short, limbs are upright, and the width of the ankle is wide; the structure is well-balanced and plump, and the appearance of meat is typical. If there are horns and hornless individuals in the group, no angle is preferred. If the ewes are born, the breeding interval is shorter under the same conditions without any care, and the average number of live lambs per litter is more. The siblings or half-sibs are excellent, that is, when the selected objects are small or there are no offspring, and the information on the individual identification of their ancestors is lacking or incomplete, and it is not convenient to determine whether their genetic performance is stable through pedigrees, according to their siblings. Half siblings (family members) made judgments on the average phenotypic values ​​of major economic traits. In general, only those individuals who are born in excellent pedigrees and whose economic traits exceed the average of the corresponding traits of the family, their quality and heredity are likely to be better, when the selected object already has offspring, and its When offspring have shown economic traits and reproductive performance, only the quality of the selected object based on the quality of its progeny or the determination of whether or not to retain the species is the most reliable and certainty. (Source: Jilin Rural News)
Melting point 462 °C
Boiling point 925°C
density 1.43
storage temp. Store at R.T.
solubility water: soluble71g/L at 20°C
form Solid
Specific Gravity 2.54
color White to light yellow
Lithium Hydroxide CAS No.1310-65-2
Lithium Hydroxide Basic Information
CAS: 1310-65-2
MF: LiOH
MW: 23.95
EINECS: 215-183-4
Mol File: 1310-65-2.mol
Lithium Hydroxide Structure
Melting point 462 °C
Boiling point 925°C
density 1.43
storage temp. Store at R.T.
solubility water: soluble71g/L at 20°C
form Solid
Specific Gravity 2.54
color White to light yellow
Stability: Stable. Incompatible with moisture. strong acids, carbon dioxide.
Uses of Lithium Hydroxide
Used in the production of lithium salts and lithium-based greases, electrolytes for alkaline batteries, lithium bromide refrigerator absorption fluids, etc.
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