exhibits amphotericity
表现出两性
demonstrates amphotericity
显示两性
chemical amphotericity
化学两性
many metal oxides exhibit amphotericity, reacting with both acids and bases to form salts.
许多金属氧化物表现出两性，既能与酸反应也能与碱反应生成盐。
the amphotericity of aluminum hydroxide makes it valuable in water treatment and purification processes.
氢氧化铝的两性使其在水处理和净化过程中具有重要价值。
scientists demonstrate amphotericity in certain amino acids that function as both acids and bases.
科学家证明某些氨基酸具有两性，既能作为酸也能作为碱发挥作用。
zinc oxide shows amphotericity when dissolved in acidic solutions forming zinc salts and in basic solutions forming zincates.
氧化锌在酸性溶液中溶解形成锌盐，在碱性溶液中形成锌酸盐，表现出两性。
the amphotericity of this compound allows it to neutralize either acids or bases depending on the solution ph.
该化合物的两性使其能够根据溶液的ph值中和酸或碱。
due to its amphotericity, tin can react with hydrochloric acid to form stannous chloride and with sodium hydroxide to form sodium stannate.
由于锡的两性，它能与盐酸反应形成氯化亚锡，与氢氧化钠反应形成锡酸钠。
the amphotericity of amino acids is fundamental to protein structure and enzymatic function in living organisms.
氨基酸的两性对生物体内蛋白质结构和酶的功能至关重要。
this material's amphotericity enables it to serve as an effective ph regulator in various industrial applications.
这种材料的两性使其能够在各种工业应用中作为有效的ph调节剂。
chemists explain amphotericity through the presence of both acidic and basic functional groups within the same molecule.
化学家通过同一分子内同时存在酸性和碱性官能团来解释两性。
the concept of amphotericity is essential for understanding how buffer systems maintain stable ph in biological systems.
两性概念对于理解缓冲系统如何在生物系统中维持稳定的ph至关重要。
chromium oxide displays amphotericity, dissolving readily in sulfuric acid to form chromium sulfate and in sodium hydroxide to form sodium chromite.
氧化铬表现出两性，易溶于硫酸形成硫酸铬，也溶于氢氧化钠形成亚铬酸钠。
because of its amphotericity, this oxide can be purified using both acid leaching and base leaching techniques in metallurgy.
由于这种氧化物的两性，在冶金过程中可以使用酸浸和碱浸技术进行提纯。
exhibits amphotericity
表现出两性
demonstrates amphotericity
显示两性
chemical amphotericity
化学两性
many metal oxides exhibit amphotericity, reacting with both acids and bases to form salts.
许多金属氧化物表现出两性，既能与酸反应也能与碱反应生成盐。
the amphotericity of aluminum hydroxide makes it valuable in water treatment and purification processes.
氢氧化铝的两性使其在水处理和净化过程中具有重要价值。
scientists demonstrate amphotericity in certain amino acids that function as both acids and bases.
科学家证明某些氨基酸具有两性，既能作为酸也能作为碱发挥作用。
zinc oxide shows amphotericity when dissolved in acidic solutions forming zinc salts and in basic solutions forming zincates.
氧化锌在酸性溶液中溶解形成锌盐，在碱性溶液中形成锌酸盐，表现出两性。
the amphotericity of this compound allows it to neutralize either acids or bases depending on the solution ph.
该化合物的两性使其能够根据溶液的ph值中和酸或碱。
due to its amphotericity, tin can react with hydrochloric acid to form stannous chloride and with sodium hydroxide to form sodium stannate.
由于锡的两性，它能与盐酸反应形成氯化亚锡，与氢氧化钠反应形成锡酸钠。
the amphotericity of amino acids is fundamental to protein structure and enzymatic function in living organisms.
氨基酸的两性对生物体内蛋白质结构和酶的功能至关重要。
this material's amphotericity enables it to serve as an effective ph regulator in various industrial applications.
这种材料的两性使其能够在各种工业应用中作为有效的ph调节剂。
chemists explain amphotericity through the presence of both acidic and basic functional groups within the same molecule.
化学家通过同一分子内同时存在酸性和碱性官能团来解释两性。
the concept of amphotericity is essential for understanding how buffer systems maintain stable ph in biological systems.
两性概念对于理解缓冲系统如何在生物系统中维持稳定的ph至关重要。
chromium oxide displays amphotericity, dissolving readily in sulfuric acid to form chromium sulfate and in sodium hydroxide to form sodium chromite.
氧化铬表现出两性，易溶于硫酸形成硫酸铬，也溶于氢氧化钠形成亚铬酸钠。
because of its amphotericity, this oxide can be purified using both acid leaching and base leaching techniques in metallurgy.
由于这种氧化物的两性，在冶金过程中可以使用酸浸和碱浸技术进行提纯。
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