water undergoes autodissociation at room temperature, forming hydronium and hydroxide ions.
水在室溫下會發生自解離，生成氫離子和氫氧根離子。
the autodissociation constant of water increases with temperature.
水的自解離常數會隨溫度升高而增加。
autodissociation plays a crucial role in acid-base chemistry.
自解離在酸鹼化學中扮演著關鍵角色。
the autodissociation process maintains the ionic product of water.
自解離過程維持水的離子積。
understanding autodissociation helps explain ph measurements.
了解自解離有助於解釋pH值的測量。
liquid ammonia also exhibits autodissociation similar to water.
液態氨也會發生類似水的自解離。
the autodissociation equilibrium constant is temperature-dependent.
自解離平衡常數是溫度依賴性的。
autodissociation occurs when molecules spontaneously ionize.
當分子自發離子化時會發生自解離。
the rate of autodissociation affects conductivity in pure water.
自解離速率會影響純水的導電性。
autodissociation constant values are essential for calculating ph.
自解離常數值對於計算pH值是必要的。
temperature changes influence the autodissociation of water.
溫度變化會影響水的自解離。
the autodissociation mechanism involves proton transfer between molecules.
自解離機制涉及分子間的質子轉移。
water undergoes autodissociation at room temperature, forming hydronium and hydroxide ions.
水在室溫下會發生自解離，生成氫離子和氫氧根離子。
the autodissociation constant of water increases with temperature.
水的自解離常數會隨溫度升高而增加。
autodissociation plays a crucial role in acid-base chemistry.
自解離在酸鹼化學中扮演著關鍵角色。
the autodissociation process maintains the ionic product of water.
自解離過程維持水的離子積。
understanding autodissociation helps explain ph measurements.
了解自解離有助於解釋pH值的測量。
liquid ammonia also exhibits autodissociation similar to water.
液態氨也會發生類似水的自解離。
the autodissociation equilibrium constant is temperature-dependent.
自解離平衡常數是溫度依賴性的。
autodissociation occurs when molecules spontaneously ionize.
當分子自發離子化時會發生自解離。
the rate of autodissociation affects conductivity in pure water.
自解離速率會影響純水的導電性。
autodissociation constant values are essential for calculating ph.
自解離常數值對於計算pH值是必要的。
temperature changes influence the autodissociation of water.
溫度變化會影響水的自解離。
the autodissociation mechanism involves proton transfer between molecules.
自解離機制涉及分子間的質子轉移。
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