Aluminum propoxide for the Tishchenko condensation of propanal to propyl propionate is prepared from aluminum powder and propanol.

以合成出的铝为催化剂,无水氯化锌为助催化剂,用醛一步合成了酸,收率可达92％,选择性可达93％。

Furfuryl propionate was synthesized from furfuryl alcohol and propionyl chloride using hexahydropyridine as catalyst and anhydrous sodium bicarbonate as acid-caputor.

以α呋喃和酰氯为原料,以六氢吡啶为催化剂,无水碳酸氢钠为缚酸剂合成了α呋喃酸。

Synthesis of isoamyl formate, isoamyl acetate, isoamyl propionate, isoamyl butyrate, isoamyl isobutyrate and isoamyl isovalerate by catalysis of hydrated ferric chloride are reported.

研究了氯化铁催化合成酸异戊、乙酸异戊、酸异戊、丁酸异戊、异丁酸异戊和异戊酸异戊。

Aluminum propoxide for the Tishchenko condensation of propanal to propyl propionate is prepared from aluminum powder and propanol.

出的丙醇铝为催化剂,氯化锌为助催化剂,用丙醛一步了丙酸丙,收率可达92％,选择性可达93％。

Furfuryl propionate was synthesized from furfuryl alcohol and propionyl chloride using hexahydropyridine as catalyst and anhydrous sodium bicarbonate as acid-caputor.

α呋喃甲醇和丙酰氯为原料,六氢吡啶为催化剂,酸氢钠为缚酸剂了α呋喃甲醇丙酸。

Synthesis of isoamyl formate, isoamyl acetate, isoamyl propionate, isoamyl butyrate, isoamyl isobutyrate and isoamyl isovalerate by catalysis of hydrated ferric chloride are reported.

研究了氯化铁催化甲酸异戊、乙酸异戊、丙酸异戊、丁酸异戊、异丁酸异戊和异戊酸异戊。

Aluminum propoxide for the Tishchenko condensation of propanal to propyl propionate is prepared from aluminum powder and propanol.

以合成出的丙醇铝催剂,无锌助催剂,用丙醛一步合成了丙酸丙,收率可达92％,选择性可达93％。

Furfuryl propionate was synthesized from furfuryl alcohol and propionyl chloride using hexahydropyridine as catalyst and anhydrous sodium bicarbonate as acid-caputor.

以α呋喃甲醇和丙酰料,以六氢吡啶催剂,无碳酸氢钠缚酸剂合成了α呋喃甲醇丙酸。

Synthesis of isoamyl formate, isoamyl acetate, isoamyl propionate, isoamyl butyrate, isoamyl isobutyrate and isoamyl isovalerate by catalysis of hydrated ferric chloride are reported.

研究了铁催合成甲酸异戊、乙酸异戊、丙酸异戊、丁酸异戊、异丁酸异戊和异戊酸异戊。

Aluminum propoxide for the Tishchenko condensation of propanal to propyl propionate is prepared from aluminum powder and propanol.

以合成出的丙醇铝催化剂,无水氯化锌助催化剂,用丙醛一步合成了丙酸丙,收率可达92％,选择性可达93％。

Furfuryl propionate was synthesized from furfuryl alcohol and propionyl chloride using hexahydropyridine as catalyst and anhydrous sodium bicarbonate as acid-caputor.

以α呋喃甲醇和丙酰氯原料,以六吡啶催化剂,无水碳酸缚酸剂合成了α呋喃甲醇丙酸。

Synthesis of isoamyl formate, isoamyl acetate, isoamyl propionate, isoamyl butyrate, isoamyl isobutyrate and isoamyl isovalerate by catalysis of hydrated ferric chloride are reported.

研究了氯化铁催化合成甲酸异戊、乙酸异戊、丙酸异戊、丁酸异戊、异丁酸异戊和异戊酸异戊。

Aluminum propoxide for the Tishchenko condensation of propanal to propyl propionate is prepared from aluminum powder and propanol.

以合成出的醇铝为催化剂,无水氯化锌为助催化剂,用醛一步合成了,收率可达92％,选择性可达93％。

Furfuryl propionate was synthesized from furfuryl alcohol and propionyl chloride using hexahydropyridine as catalyst and anhydrous sodium bicarbonate as acid-caputor.

以α呋喃甲醇和酰氯为原料,以六氢吡啶为催化剂,无水碳氢钠为缚剂合成了α呋喃甲醇。

Synthesis of isoamyl formate, isoamyl acetate, isoamyl propionate, isoamyl butyrate, isoamyl isobutyrate and isoamyl isovalerate by catalysis of hydrated ferric chloride are reported.

究了氯化铁催化合成甲异戊、乙异戊、异戊、丁异戊、异丁异戊和异戊异戊。

Aluminum propoxide for the Tishchenko condensation of propanal to propyl propionate is prepared from aluminum powder and propanol.

以合成出的丙醇铝催剂,无锌助催剂,用丙醛一步合成了丙酸丙,收率可达92％,选择性可达93％。

Furfuryl propionate was synthesized from furfuryl alcohol and propionyl chloride using hexahydropyridine as catalyst and anhydrous sodium bicarbonate as acid-caputor.

以α呋喃甲醇和丙酰料,以六氢吡啶催剂,无碳酸氢钠缚酸剂合成了α呋喃甲醇丙酸。

Synthesis of isoamyl formate, isoamyl acetate, isoamyl propionate, isoamyl butyrate, isoamyl isobutyrate and isoamyl isovalerate by catalysis of hydrated ferric chloride are reported.

研究了铁催合成甲酸异戊、乙酸异戊、丙酸异戊、丁酸异戊、异丁酸异戊和异戊酸异戊。

Aluminum propoxide for the Tishchenko condensation of propanal to propyl propionate is prepared from aluminum powder and propanol.

以合成出的丙醇铝为催化,无水氯化锌为助催化,用丙醛一步合成了丙丙,收率可达92％,选择性可达93％。

Furfuryl propionate was synthesized from furfuryl alcohol and propionyl chloride using hexahydropyridine as catalyst and anhydrous sodium bicarbonate as acid-caputor.

以α呋喃甲醇和丙酰氯为原料,以六氢吡啶为催化,无水碳氢钠为合成了α呋喃甲醇丙。

Synthesis of isoamyl formate, isoamyl acetate, isoamyl propionate, isoamyl butyrate, isoamyl isobutyrate and isoamyl isovalerate by catalysis of hydrated ferric chloride are reported.

研究了氯化铁催化合成甲异戊、乙异戊、丙异戊、丁异戊、异丁异戊和异戊异戊。

Aluminum propoxide for the Tishchenko condensation of propanal to propyl propionate is prepared from aluminum powder and propanol.

成出的丙醇铝为催化剂,无氯化锌为助催化剂,用丙醛一步成了丙丙,收率可达92％,选择性可达93％。

Furfuryl propionate was synthesized from furfuryl alcohol and propionyl chloride using hexahydropyridine as catalyst and anhydrous sodium bicarbonate as acid-caputor.

α呋喃甲醇和丙酰氯为原料,六氢吡啶为催化剂,无氢钠为缚剂成了α呋喃甲醇丙。

Synthesis of isoamyl formate, isoamyl acetate, isoamyl propionate, isoamyl butyrate, isoamyl isobutyrate and isoamyl isovalerate by catalysis of hydrated ferric chloride are reported.

研究了氯化铁催化成甲异戊、乙异戊、丙异戊、丁异戊、异丁异戊和异戊异戊。

Aluminum propoxide for the Tishchenko condensation of propanal to propyl propionate is prepared from aluminum powder and propanol.

以出的醇铝为催化剂,无水氯化锌为助催化剂,醛一步酸,收率可达92％,选择性可达93％。

Furfuryl propionate was synthesized from furfuryl alcohol and propionyl chloride using hexahydropyridine as catalyst and anhydrous sodium bicarbonate as acid-caputor.

以α呋喃甲醇和酰氯为原料,以六氢吡啶为催化剂,无水碳酸氢钠为缚酸剂α呋喃甲醇酸。

Synthesis of isoamyl formate, isoamyl acetate, isoamyl propionate, isoamyl butyrate, isoamyl isobutyrate and isoamyl isovalerate by catalysis of hydrated ferric chloride are reported.

研究氯化铁催化甲酸异戊、乙酸异戊、酸异戊、丁酸异戊、异丁酸异戊和异戊酸异戊。

Aluminum propoxide for the Tishchenko condensation of propanal to propyl propionate is prepared from aluminum powder and propanol.

以合成出的丙铝为催化剂,无水氯化锌为助催化剂,用丙醛一步合成了丙酸丙,收率可达92％,选择性可达93％。

Furfuryl propionate was synthesized from furfuryl alcohol and propionyl chloride using hexahydropyridine as catalyst and anhydrous sodium bicarbonate as acid-caputor.

以α呋和丙酰氯为原料,以六氢吡啶为催化剂,无水碳酸氢钠为缚酸剂合成了α呋丙酸。

Synthesis of isoamyl formate, isoamyl acetate, isoamyl propionate, isoamyl butyrate, isoamyl isobutyrate and isoamyl isovalerate by catalysis of hydrated ferric chloride are reported.

研究了氯化铁催化合成酸异戊、乙酸异戊、丙酸异戊、丁酸异戊、异丁酸异戊和异戊酸异戊。