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Technical characteristics
- Type of sugarCane Sugar
Description
Sugar cane (Saccharum officinarum L.) — long-term
the grassy plant from family of cereals divorced in
numerous versions under tropics, from 35 °C. highway to 30 ° SL, and in South America rising to mountains by height to 6000 m. The sugar cane has the korotkochlenisty, strongly taking roots rhizome developing the numerous, dense, cylindrical, naked, knotty, green, yellow, violet, reaching from 1 m to 4 m heights at 2 — 5 cm of thickness stalks. Leaves are large, wide (from 60 cm to 1 m of length and 4 — 5 cm of width). The stalk comes to an end with pyramidal whisk in 30 — 60 cm of length in is mute there are to 8 — 12% of cellulose, 18 — 21% of sugar and 67 — 73% of water (salts and albumens); ears are small, one-color, collected in pairs and from below trimmed hairs. Cultivation of sugar cane demands tropical or subtropical climate, at at least 600 mm of annual rainfall. Sugar cane — one of the plants which are most effectively using photosynthesis, is capable to convert more than 2% of solar energy into biomass. In regions where reed is priority culture, the harvest makes up to 20 kg from square meter
the grassy plant from family of cereals divorced in
numerous versions under tropics, from 35 °C. highway to 30 ° SL, and in South America rising to mountains by height to 6000 m. The sugar cane has the korotkochlenisty, strongly taking roots rhizome developing the numerous, dense, cylindrical, naked, knotty, green, yellow, violet, reaching from 1 m to 4 m heights at 2 — 5 cm of thickness stalks. Leaves are large, wide (from 60 cm to 1 m of length and 4 — 5 cm of width). The stalk comes to an end with pyramidal whisk in 30 — 60 cm of length in is mute there are to 8 — 12% of cellulose, 18 — 21% of sugar and 67 — 73% of water (salts and albumens); ears are small, one-color, collected in pairs and from below trimmed hairs. Cultivation of sugar cane demands tropical or subtropical climate, at at least 600 mm of annual rainfall. Sugar cane — one of the plants which are most effectively using photosynthesis, is capable to convert more than 2% of solar energy into biomass. In regions where reed is priority culture, the harvest makes up to 20 kg from square meter
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Cane sugar