exhibits amphoterism
表现出两性
shows amphoterism
显示两性
amphoterism of zinc
锌的两性
due to amphoterism
由于两性
demonstrates amphoterism
演示两性
amphoterism in aluminum
铝的两性
exhibiting amphoterism
两性测试
amphoterism testing
因为两性
because of amphoterism
两性涉及
amphoterism involves
zinc oxide exhibits amphoterism, dissolving in both acids and bases depending on the conditions.
氧化锌表现出两性，根据条件的不同，既能溶解在酸中也能溶解在碱中。
the amphoterism of aluminum hydroxide makes it useful in water treatment processes.
氢氧化铝的两性使其在水处理过程中很有用。
many metal oxides display amphoterism, reacting differently based on the ph of their environment.
许多金属氧化物表现出两性，根据环境的ph值不同而发生不同的反应。
the amphoteric character of amino acids enables proteins to act as buffers in biological systems.
氨基酸的两性特性使蛋白质能够在生物系统中充当缓冲剂。
chromium oxide demonstrates amphoterism by dissolving in sodium hydroxide solution.
氧化铬通过溶解在氢氧化钠溶液中表现出两性。
understanding amphoterism is essential for predicting the behavior of metal oxides in industrial applications.
理解两性对于预测金属氧化物在工业应用中的行为至关重要。
the amphoterism of certain compounds allows them to serve dual roles in chemical synthesis.
某些化合物的两性使它们能够在化学合成中起双重作用。
lead oxide shows amphoterism, reacting with both acidic and basic reagents.
氧化铅表现出两性，既能与酸性试剂也能与碱性试剂反应。
the amphoteric nature of tin oxide makes it valuable in ceramic production.
氧化锡的两性特性使其在陶瓷生产中很有价值。
water itself exhibits amphoterism, acting as both an acid and a base in different reactions.
水本身表现出两性，在不同的反应中既可以作为酸也可以作为碱。
the amphoterism of transition metal oxides explains their complex chemistry.
过渡金属氧化物的两性解释了它们复杂的化学性质。
gallium oxide displays amphoterism, dissolving readily in both hydrochloric acid and sodium hydroxide.
氧化镓表现出两性，容易溶解在盐酸和氢氧化钠中。
amphoterism plays a crucial role in the behavior of amphoteric surfactants.
两性在两性表面活性剂的行为中起着至关重要的作用。
exhibits amphoterism
表现出两性
shows amphoterism
显示两性
amphoterism of zinc
锌的两性
due to amphoterism
由于两性
demonstrates amphoterism
演示两性
amphoterism in aluminum
铝的两性
exhibiting amphoterism
两性测试
amphoterism testing
因为两性
because of amphoterism
两性涉及
amphoterism involves
zinc oxide exhibits amphoterism, dissolving in both acids and bases depending on the conditions.
氧化锌表现出两性，根据条件的不同，既能溶解在酸中也能溶解在碱中。
the amphoterism of aluminum hydroxide makes it useful in water treatment processes.
氢氧化铝的两性使其在水处理过程中很有用。
many metal oxides display amphoterism, reacting differently based on the ph of their environment.
许多金属氧化物表现出两性，根据环境的ph值不同而发生不同的反应。
the amphoteric character of amino acids enables proteins to act as buffers in biological systems.
氨基酸的两性特性使蛋白质能够在生物系统中充当缓冲剂。
chromium oxide demonstrates amphoterism by dissolving in sodium hydroxide solution.
氧化铬通过溶解在氢氧化钠溶液中表现出两性。
understanding amphoterism is essential for predicting the behavior of metal oxides in industrial applications.
理解两性对于预测金属氧化物在工业应用中的行为至关重要。
the amphoterism of certain compounds allows them to serve dual roles in chemical synthesis.
某些化合物的两性使它们能够在化学合成中起双重作用。
lead oxide shows amphoterism, reacting with both acidic and basic reagents.
氧化铅表现出两性，既能与酸性试剂也能与碱性试剂反应。
the amphoteric nature of tin oxide makes it valuable in ceramic production.
氧化锡的两性特性使其在陶瓷生产中很有价值。
water itself exhibits amphoterism, acting as both an acid and a base in different reactions.
水本身表现出两性，在不同的反应中既可以作为酸也可以作为碱。
the amphoterism of transition metal oxides explains their complex chemistry.
过渡金属氧化物的两性解释了它们复杂的化学性质。
gallium oxide displays amphoterism, dissolving readily in both hydrochloric acid and sodium hydroxide.
氧化镓表现出两性，容易溶解在盐酸和氢氧化钠中。
amphoterism plays a crucial role in the behavior of amphoteric surfactants.
两性在两性表面活性剂的行为中起着至关重要的作用。
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