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boat [ÃÂÂÃÂÂ] Ã«Â³Â´ÃÂÂ¸
boat conformation [ÃÂÂÃÂÂ] Ã«Â³Â´ÃÂÂ¸ ÃÂÂÃÂÂ
boat form [ÃÂÂÃÂÂ] Ã«Â³Â´ÃÂÂ¸ÃÂÂ
bobbin [ÃÂÂÃÂÂ] Ã¬ÂÂ¤ÃÂÂ¨, Ã¬ÂÂ¼Ã«ÂÂ
BOD (→ biochemical oxygen demand) [ÃÂÂÃÂÂ] Ã¬ÂÂÃÂÂÃÂÂÃ¬Â ÂÃ¢ÂÂÃ¬ÂÂ°Ã¬ÂÂÃ¬ÂÂÃªÂµÂ¬Ã«ÂÂ
Bode diagram [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â³Â´Ã«ÂÂ° Ã«ÂÂÃÂÂ
Bode's law [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â³Â´Ã«ÂÂ°Ã¬ÂÂ Ã«Â²ÂÃ¬Â¹Â
body [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«ÂªÂ¸Ã¬Â²Â´, Ã«Â¬Â¼Ã¬Â²Â´ [ÃÂÂÃÂÂ] Ã«Â°ÂÃÂÂ
body burden [Ã«Â¬Â¼Ã«Â¦Â¬] Ã¬ÂÂ Ã¬Â²Â´Ã«Â¶ÂÃÂÂÃ«ÂÂ
body centered cubic lattice [Ã«Â¬Â¼Ã«Â¦Â¬] Ã¬Â²Â´Ã¬ÂÂ¬Ã¬ÂÂÃ«Â°Â©Ã¬ÂÂ´Ã¬Â°Â½
body centered cubic structure (→ bcc structure) [Ã«Â¬Â¼Ã«Â¦Â¬] Ã¬Â²Â´Ã¬ÂÂ¬Ã¬ÂÂÃ«Â°Â©ÃªÂµÂ¬Ã¬Â¡Â°
body centered lattice [Ã«Â¬Â¼Ã«Â¦Â¬] Ã¬Â²Â´Ã¬ÂÂ¬Ã¬ÂÂ´Ã¬Â°Â½
body color [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«ÂªÂ¸Ã¬Â²Â´Ã«Â¹ÂÃªÂ¹Â
body colour [Ã«Â¬Â¼Ã«Â¦Â¬] Ã¬Â²Â´Ã¬ÂÂ, Ã«ÂªÂ¸Ã¬Â²Â´Ã«Â¹ÂÃªÂ¹Â
body fat [Ã¬ÂÂÃÂÂ] Ã¬Â²Â´Ã¬Â§ÂÃ«Â°Â©
body fluid [Ã¬ÂÂÃÂÂ] Ã¬Â²Â´Ã¬ÂÂ¡
body force [Ã«Â¬Â¼Ã«Â¦Â¬] Ã¬Â²Â´Ã¬Â ÂÃ«Â Â¥, Ã«ÂªÂ¸Ã¬Â²Â´ÃÂÂ
body image [Ã¬ÂÂÃÂÂ] Ã¬ÂÂ Ã¬Â²Â´Ã¬ÂÂ, Ã«ÂªÂ¸Ã«ÂªÂ¨Ã¬ÂÂÃ¬ÂÂ
body louse [Ã¬ÂÂÃÂÂ] Ã«ÂªÂ¸Ã¬ÂÂ´
body mass index [Ã¬ÂÂÃÂÂ] Ã¬ÂÂ Ã¬Â²Â´Ã«Â¹ÂÃ«Â§ÂÃ¬Â§ÂÃ¬ÂÂ, Ã¬ÂÂ Ã¬Â²Â´Ã¬Â§ÂÃ«ÂÂÃ¬Â§ÂÃ¬ÂÂ
body odor [Ã¬ÂÂÃÂÂ] Ã¬Â²Â´Ã¬Â·Â¨
body section radiography [Ã¬ÂÂÃÂÂ] Ã«ÂÂ¨Ã¬Â¸ÂµÃ¢ÂÂÃ¬Â´Â¬Ã¬ÂÂÃ¬ÂÂ
body surface potential mapping [Ã¬ÂÂÃÂÂ] Ã¬Â²Â´ÃÂÂÃ«Â©Â´Ã¬Â ÂÃ¬ÂÂÃ«ÂÂ
body temperature [Ã¬ÂÂÃÂÂ] Ã¬Â²Â´Ã¬ÂÂ¨
body-centered cube [ÃÂÂÃÂÂ] Ã¬Â²Â´Ã¬ÂÂ¬ Ã¬ÂÂÃ«Â°Â©(Ã¬Â²Â´)
body-centered cubic [ÃÂÂÃÂÂ] Ã¬Â²Â´Ã¬ÂÂ¬ Ã¬ÂÂÃ«Â°Â©
body-centered cubic crystal [Ã«Â¬Â¼Ã«Â¦Â¬] Ã¬Â²Â´Ã¬ÂÂ¬Ã¬ÂÂÃ«Â°Â©ÃªÂ²Â°Ã¬Â Â
body-centered cubic lattice [ÃÂÂÃÂÂ] Ã¬Â²Â´Ã¬ÂÂ¬Ã¬ÂÂÃ«Â°Â©ÃªÂ²Â©Ã¬ÂÂ
body-centered lattice [Ã«Â¬Â¼Ã«Â¦Â¬] Ã¬Â²Â´Ã¬ÂÂ¬Ã¬ÂÂ´Ã¬Â°Â½ [ÃÂÂÃÂÂ] Ã¬Â²Â´Ã¬ÂÂ¬ ÃªÂ²Â©Ã¬ÂÂ
body-centered solid-on-solid model (→ BCSOS model) [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«ÂªÂ¸Ã¬Â¤ÂÃ¬ÂÂ¬ ÃªÂ³Â Ã¬Â²Â´-Ã¬ÂÂ-ÃªÂ³Â Ã¬Â²Â´ Ã«ÂªÂ¨ÃÂÂ
body-fixed system of coordinates [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«ÂªÂ¸Ã¬Â²Â´Ã¬Â¢ÂÃÂÂÃªÂ³Â
Bogoliubov transformation [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â³Â´ÃªÂ³Â¨Ã«Â¦Â¬Ã¬ÂÂ°Ã«Â³Â´ÃÂÂ Ã«Â³ÂÃÂÂ
Bohm diffusion [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â³Â´Ã¬ÂÂ´ ÃÂÂ¼Ã¬Â§Â
Bohm sheath criterion [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â³Â´Ã¬ÂÂ´ Ã«ÂÂ®ÃªÂ²Â ÃªÂ¸Â°Ã¬Â¤Â Ã¢ÂÂ¶Ã«Â³Â´Ã¬ÂÂ´ Ã«ÂÂ®ÃªÂ°Â ÃªÂ¸Â°Ã¬Â¤Â
Bohm-Pines theory [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â³Â´Ã¬ÂÂ´-ÃÂÂÃ¬ÂÂ¸Ã¬Â¦Â ÃÂÂ¨ÃªÂ³Â¼
Bohr atom model [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â³Â´Ã¬ÂÂ´Ã¬ÂÂÃ¬ÂÂÃ«ÂªÂ¨ÃÂÂ
Bohr magneton [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â³Â´Ã¬ÂÂ´ Ã«Â§ÂÃªÂ·Â¸Ã«ÂÂ¤ÃÂÂ¤ [ÃÂÂÃÂÂ] Ã«Â³Â´Ã¬ÂÂ´ Ã«Â§ÂÃªÂ·Â¸Ã«ÂÂ¤ÃÂÂ¤
Bohr quantum condition [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â³Â´Ã¬ÂÂ´Ã¬ÂÂÃ¬ÂÂÃ¬Â¡Â°ÃªÂ±Â´
Bohr radius [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â³Â´Ã¬ÂÂ´ Ã«Â°ÂÃ¬Â§ÂÃ«Â¦Â [ÃÂÂÃÂÂ] Ã«Â³Â´Ã¬ÂÂ´ Ã«Â°ÂÃ¬Â§ÂÃ«Â¦Â
Bohr velocity [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â³Â´Ã¬ÂÂ´ Ã¬ÂÂÃ«ÂÂ
Bohr's atomic model [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â³Â´Ã¬ÂÂ´ Ã¬ÂÂÃ¬ÂÂÃ«ÂªÂ¨ÃÂÂ
Bohr's complementary principle [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â³Â´Ã¬ÂÂ´Ã¬ÂÂ Ã¬ÂÂÃ«Â³Â´Ã¬ÂÂ±Ã¬ÂÂÃ«Â¦Â¬
Bohr's frequency condition [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â³Â´Ã¬ÂÂ´Ã¬ÂÂ Ã«ÂÂ¨ÃªÂ¸Â°Ã¬Â¡Â°ÃªÂ±Â´
Bohr's hypothesis [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â³Â´Ã¬ÂÂ´Ã¬ÂÂ ÃªÂ°ÂÃ¬ÂÂ¤
Bohr's quantum theory [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â³Â´Ã¬ÂÂ´Ã¬ÂÂ Ã¬ÂÂÃ¬ÂÂÃ«Â¡Â
Bohr's stationary state hypothesis [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â³Â´Ã¬ÂÂ´Ã¬ÂÂ Ã¬Â ÂÃ¬ÂÂÃ¬ÂÂÃÂÂ ÃªÂ°ÂÃ¬ÂÂ¤
Bohr's theorem [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â³Â´Ã¬ÂÂ´Ã¬ÂÂ Ã¬Â ÂÃ«Â¦Â¬
Bohr-Sommerfeld quantum condition [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â³Â´Ã¬ÂÂ´-Ã¬Â¢ÂÃ«Â¨Â¸ÃÂÂ ÃÂÂ¸ Ã¬ÂÂÃ¬ÂÂÃ¬Â¡Â°ÃªÂ±Â´
Bohr-van Leeuwen theorem [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â³Â´Ã¬ÂÂ´-Ã«Â°ÂÃ«Â¦Â¬Ã¬ÂÂ°Ã«Â²Â¤Ã¬Â ÂÃ«Â¦Â¬
boiled oil [ÃÂÂÃÂÂ] Ã«ÂÂÃ¬ÂÂ¸Ã¢ÂÂÃªÂ¸Â°Ã«Â¦Â
boiler coal [ÃÂÂÃÂÂ] Ã«Â³Â´Ã¬ÂÂ¼Ã«ÂÂ¬Ã¬ÂÂ©ÃÂÂ
boiler compound [ÃÂÂÃÂÂ] Ã«Â³Â´Ã¬ÂÂ¼Ã«ÂÂ¬Ã¬Â²ÂÃ¬Â ÂÃ¬Â Â
boiling [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«ÂÂÃ¬ÂÂ [Ã¬ÂÂÃÂÂ] Ã«ÂÂÃ¬ÂÂ, Ã«Â¹ÂÃ«ÂÂ± [ÃÂÂÃÂÂ] Ã«ÂÂÃ¬ÂÂ, Ã«ÂÂÃ¬ÂÂ
boiling chip [ÃÂÂÃÂÂ] Ã«ÂÂÃ¬ÂÂÃ¬ÂªÂ½
boiling chips [ÃÂÂÃÂÂ] Ã«ÂÂÃ¬ÂÂÃ¬ÂªÂ½
boiling point [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«ÂÂÃ«ÂÂÃ¬Â Â [ÃÂÂÃÂÂ] Ã«ÂÂÃ«ÂÂÃ¬Â Â
boiling point diagram [ÃÂÂÃÂÂ] Ã«ÂÂÃ«ÂÂÃ¬Â ÂÃªÂ·Â¸Ã«Â¦Â¼
boiling point elevation [ÃÂÂÃÂÂ] Ã«ÂÂÃ«ÂÂÃ¬Â Â Ã¬ÂÂ¤Ã«Â¦Â
boiling test [ÃÂÂÃÂÂ] Ã«ÂÂÃ¬ÂÂÃ¢ÂÂÃ¬ÂÂÃÂÂ
boiling tips [ÃÂÂÃÂÂ] Ã«ÂÂÃ¬ÂÂÃ«ÂÂ
boiling water reactor [Ã«Â¬Â¼Ã«Â¦Â¬] ÃªÂ²Â½(Ã¬Â¤Â)Ã¬ÂÂÃ«Â¡Â
boiling water test [ÃÂÂÃÂÂ] Ã«ÂÂÃ«ÂÂÃ«Â¬Â¼Ã¬ÂÂÃÂÂ
boiling-point elevation [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«ÂÂÃ«ÂÂÃ¬Â Â Ã¬ÂÂ¤Ã«Â¦Â
bolometer [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â³Â¼Ã«Â¡ÂÃ«Â¯Â¸ÃÂÂ° [ÃÂÂÃÂÂ] Ã«Â³Â¼Ã«Â¡ÂÃ«Â¯Â¸ÃÂÂ°
bolometric correction [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â³ÂµÃ¬ÂÂ¬Ã¢ÂÂÃ«Â³Â´Ã¬Â Â
bolometric magnitude [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â³ÂµÃ¬ÂÂ¬Ã¢ÂÂÃ«ÂÂ±ÃªÂ¸Â
Boltzmann constant [Ã«Â¬Â¼Ã«Â¦Â¬] ÃÂÂµÃªÂ³ÂÃ¬ÂÂÃ¬ÂÂ, Ã«Â³Â¼Ã¬Â¯ÂÃ«Â§ÂÃ¬ÂÂÃ¬ÂÂ Ã¢ÂÂ·Ã«Â³Â¼Ã¬Â¸Â Ã«Â§Â Ã¬ÂÂÃ¬ÂÂ [ÃÂÂÃÂÂ] Ã«Â³Â¼Ã¬Â¸Â Ã«Â§ÂÃ¢ÂÂÃ¬ÂÂÃ¬ÂÂ Ã¢ÂÂ·Ã«Â³Â¼Ã¬Â¸Â Ã«Â§Â Ã¬ÂÂÃ¬ÂÂ
Boltzmann distribution [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â³Â¼Ã¬Â¯ÂÃ«Â§ÂÃ¢ÂÂÃ«Â¶ÂÃÂÂ¬ Ã¢ÂÂ·Ã«Â³Â¼Ã¬Â¸Â Ã«Â§Â Ã«Â¶ÂÃÂÂ¬ [ÃÂÂÃÂÂ] Ã«Â³Â¼Ã¬Â¸Â Ã«Â§ÂÃ¢ÂÂÃ«Â¶ÂÃÂÂ¬ Ã¢ÂÂ·Ã«Â³Â¼Ã¬Â¸Â Ã«Â§Â Ã«Â¶ÂÃÂÂ¬
Boltzmann equation [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â³Â¼Ã¬Â¯ÂÃ«Â§ÂÃ¢ÂÂÃ«Â°Â©Ã¬Â ÂÃ¬ÂÂ Ã¢ÂÂ·Ã«Â³Â¼Ã¬Â¸Â Ã«Â§Â Ã«Â°Â©Ã¬Â ÂÃ¬ÂÂ
Boltzmann factor [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â³Â¼Ã¬Â¯ÂÃ«Â§Â Ã¬ÂÂ¸Ã¬ÂÂ Ã¢ÂÂ·Ã«Â³Â¼Ã¬Â¸Â Ã«Â§Â Ã¬ÂÂ¸Ã¬ÂÂ [ÃÂÂÃÂÂ] Ã«Â³Â¼Ã¬Â¸Â Ã«Â§ÂÃ¢ÂÂÃ¬ÂÂ¸Ã¬ÂÂ Ã¢ÂÂ·Ã«Â³Â¼Ã¬Â¸Â Ã«Â§Â Ã¬ÂÂ¸Ã¬ÂÂ
Boltzmann statistics [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â³Â¼Ã¬Â¯ÂÃ«Â§ÂÃ¢ÂÂÃÂÂµÃªÂ³Â Ã¢ÂÂ·Ã«Â³Â¼Ã¬Â¸Â Ã«Â§Â ÃÂÂµÃªÂ³Â
Boltzmann transport equation [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â³Â¼Ã¬Â¯ÂÃ«Â§Â Ã¬ÂÂÃ¬ÂÂ¡Ã«Â°Â©Ã¬Â ÂÃ¬ÂÂ Ã¢ÂÂ·Ã«Â³Â¼Ã¬Â¸Â Ã«Â§Â Ã¬ÂÂÃ¬ÂÂ¡ Ã«Â°Â©Ã¬Â ÂÃ¬ÂÂ
Boltzmann's principle [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â³Â¼Ã¬Â¯ÂÃ«Â§ÂÃ¬ÂÂ Ã¬ÂÂÃ«Â¦Â¬ Ã¢ÂÂ·Ã«Â³Â¼Ã¬Â¸Â Ã«Â§ÂÃ¬ÂÂ Ã¬ÂÂÃ«Â¦Â¬
boltzon [ÃÂÂÃÂÂ] Ã«Â³Â¼Ã¬Â«Â Ã¢ÂÂ·Ã«Â³Â¼ÃÂÂ¸Ã¬Â¡Â´
bolus [Ã¬ÂÂÃÂÂ] Ã«ÂÂ©Ã¬ÂÂ´Ã«Â¦Â¬
bomb calorimeter [Ã«Â¬Â¼Ã«Â¦Â¬] ÃÂÂÃÂÂ Ã¬ÂÂ´Ã«ÂÂÃªÂ³Â [ÃÂÂÃÂÂ] ÃÂÂµ Ã¬ÂÂ´Ã«ÂÂÃªÂ³Â
bombarded particle [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â§ÂÃ¬ÂÂÃ¬ÂÂÃªÂ°Â±Ã¬ÂÂ´, ÃÂÂ¼ÃªÂ²Â©Ã¬ÂÂÃ¬ÂÂ
bombarding particle [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«ÂÂÃ«ÂÂ¤ÃªÂ¹ÂÃ¢ÂÂÃ¬ÂÂÃªÂ°Â±Ã¬ÂÂ´, ÃÂÂ¬ÃªÂ²Â©Ã¢ÂÂÃ¬ÂÂÃ¬ÂÂ
bombardment [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«ÂÂÃ«ÂÂ¤ÃªÂ¹Â, ÃÂÂ¬ÃªÂ²Â©
bombesin [Ã¬ÂÂÃÂÂ] Ã«Â´ÂÃ«Â²Â Ã¬ÂÂ
bond [Ã«Â¬Â¼Ã«Â¦Â¬] ÃªÂ²Â°ÃÂÂ©, Ã«Â§ÂºÃ¬ÂÂ, Ã«Â¶ÂÃ¬Â°Â© [Ã¬ÂÂÃÂÂ] ÃªÂ²Â°ÃÂÂ© [ÃÂÂÃÂÂ] ÃªÂ²Â°ÃÂÂ©
bond alternation [Ã«Â¬Â¼Ã«Â¦Â¬] ÃªÂ²Â°ÃÂÂ©ÃªÂµÂÃ«ÂÂ [ÃÂÂÃÂÂ] ÃªÂ²Â°ÃÂÂ©ÃªÂµÂÃ«ÂÂ
bond angle [Ã«Â¬Â¼Ã«Â¦Â¬] ÃªÂ²Â°ÃÂÂ©ÃªÂ°Â [ÃÂÂÃÂÂ] ÃªÂ²Â°ÃÂÂ©ÃªÂ°Â
bond cleavage [ÃÂÂÃÂÂ] ÃªÂ²Â°ÃÂÂ© Ã¬Â ÂÃ«ÂÂ¨
bond disorder [Ã«Â¬Â¼Ã«Â¦Â¬] ÃªÂ²Â°ÃÂÂ© Ã«Â¬Â´Ã¬Â§ÂÃ¬ÂÂ
bond dissociation energy [Ã«Â¬Â¼Ã«Â¦Â¬] ÃªÂ²Â°ÃÂÂ© Ã«Â¶ÂÃ«Â¦Â¬ Ã¬ÂÂÃ«ÂÂÃ¬Â§Â [ÃÂÂÃÂÂ] ÃªÂ²Â°ÃÂÂ© ÃÂÂ´Ã«Â¦Â¬ Ã¬ÂÂÃ«ÂÂÃ¬Â§Â
bond distance [Ã«Â¬Â¼Ã«Â¦Â¬] ÃªÂ²Â°ÃÂÂ© ÃªÂ±Â°Ã«Â¦Â¬ [ÃÂÂÃÂÂ] ÃªÂ²Â°ÃÂÂ© ÃªÂ¸Â¸Ã¬ÂÂ´
bond energy [Ã«Â¬Â¼Ã«Â¦Â¬] ÃªÂ²Â°ÃÂÂ©Ã¢ÂÂÃ¬ÂÂÃ«ÂÂÃ¬Â§Â [ÃÂÂÃÂÂ] ÃªÂ²Â°ÃÂÂ©Ã¢ÂÂÃ¬ÂÂÃ«ÂÂÃ¬Â§Â
bond energy-bond order method [ÃÂÂÃÂÂ] ÃªÂ²Â°ÃÂÂ©Ã¢ÂÂÃ¬ÂÂÃ«ÂÂÃ¬Â§Â-ÃªÂ²Â°ÃÂÂ©Ã¢ÂÂÃ¬Â°Â¨Ã¬ÂÂÃ«Â²Â
bond force constant [ÃÂÂÃÂÂ] ÃªÂ²Â°ÃÂÂ©Ã¢ÂÂÃÂÂÃ¢ÂÂÃ¬ÂÂÃ¬ÂÂ
bond ionicity [ÃÂÂÃÂÂ] ÃªÂ²Â°ÃÂÂ© Ã¬ÂÂ´Ã¬ÂÂ¨Ã¬ÂÂ±
bond length [Ã«Â¬Â¼Ã«Â¦Â¬] ÃªÂ²Â°ÃÂÂ©ÃªÂ¸Â¸Ã¬ÂÂ´ [ÃÂÂÃÂÂ] ÃªÂ²Â°ÃÂÂ© ÃªÂ¸Â¸Ã¬ÂÂ´, ÃªÂ²Â°ÃÂÂ©Ã¢ÂÂÃªÂ±Â°Ã«Â¦Â¬
bond model [ÃÂÂÃÂÂ] ÃªÂ²Â°ÃÂÂ© Ã«ÂªÂ¨ÃÂÂ
bond moment [Ã«Â¬Â¼Ã«Â¦Â¬] ÃªÂ²Â°ÃÂÂ©Ã¢ÂÂÃ«ÂªÂ¨Ã«Â©ÂÃÂÂ¸ [ÃÂÂÃÂÂ] ÃªÂ²Â°ÃÂÂ© Ã«ÂªÂ¨Ã«Â©ÂÃÂÂ¸
bond number [ÃÂÂÃÂÂ] ÃªÂ²Â°ÃÂÂ© Ã¬ÂÂ
bond opposition strain [ÃÂÂÃÂÂ] ÃªÂ²Â°ÃÂÂ© ÃªÂ²Â¹Ã¬Â¹Â¨ Ã«Â¬Â´Ã«Â¦Â¬
bond order [Ã«Â¬Â¼Ã«Â¦Â¬] ÃªÂ²Â°ÃÂÂ©Ã¢ÂÂÃ¬Â°Â¨Ã¬ÂÂ [ÃÂÂÃÂÂ] ÃªÂ²Â°ÃÂÂ©Ã¢ÂÂÃ¬Â°Â¨Ã¬ÂÂ
bond polarity [ÃÂÂÃÂÂ] ÃªÂ²Â°ÃÂÂ© ÃªÂ·Â¹Ã¬ÂÂ±
bond radius [ÃÂÂÃÂÂ] ÃªÂ²Â°ÃÂÂ©Ã¢ÂÂÃ«Â°ÂÃ¬Â§ÂÃ«Â¦Â
bond rotation barrier [ÃÂÂÃÂÂ] ÃªÂ²Â°ÃÂÂ© ÃÂÂÃ¬Â Â Ã¬ÂÂ¥Ã«Â²Â½
bond strength [Ã«Â¬Â¼Ã«Â¦Â¬] ÃªÂ²Â°ÃÂÂ©Ã¢ÂÂÃ¬ÂÂ¸ÃªÂ¸Â° [ÃÂÂÃÂÂ] ÃªÂ²Â°ÃÂÂ© ÃªÂ°ÂÃ«ÂÂ, ÃªÂ²Â°ÃÂÂ© Ã¬ÂÂ¸ÃªÂ¸Â°
bond stretching force constant [ÃÂÂÃÂÂ] ÃªÂ²Â°ÃÂÂ©Ã¬ÂÂ Ã¬Â¶Â ÃÂÂÃ¬ÂÂÃ¬ÂÂ
bond torsion [ÃÂÂÃÂÂ] ÃªÂ²Â°ÃÂÂ© Ã«Â¹ÂÃÂÂÃ«Â¦Â¼
bonded phase [ÃÂÂÃÂÂ] ÃªÂ²Â°ÃÂÂ©ÃÂÂÃ¢ÂÂÃ¬Â ÂÃ¬Â§ÂÃ¢ÂÂÃ¬ÂÂ
bonded type diode [Ã«Â¬Â¼Ã«Â¦Â¬] ÃªÂ²Â°ÃÂÂ©ÃÂÂÃ¢ÂÂÃ«ÂÂ¤Ã¬ÂÂ´Ã¬ÂÂ¤Ã«ÂÂ
bonding [Ã¬ÂÂÃÂÂ] Ã¬Â ÂÃ¬Â°Â© [ÃÂÂÃÂÂ] ÃªÂ²Â°ÃÂÂ©, ÃªÂ²Â°ÃÂÂ©-
bonding agent [ÃÂÂÃÂÂ] ÃªÂ²Â°ÃÂÂ©Ã¬Â Â
bonding angle bending [ÃÂÂÃÂÂ] ÃªÂ²Â°ÃÂÂ©ÃªÂ°Â ÃªÂµÂ½ÃÂÂ
bonding clay [ÃÂÂÃÂÂ] ÃªÂ²Â°ÃÂÂ©Ã¢ÂÂÃ¬Â ÂÃÂÂ
bonding geometry [ÃÂÂÃÂÂ] ÃªÂ²Â°ÃÂÂ© ÃªÂ¸Â°ÃÂÂÃªÂµÂ¬Ã¬Â¡Â°
bonding model [Ã«Â¬Â¼Ã«Â¦Â¬] ÃªÂ²Â°ÃÂÂ©Ã¢ÂÂÃ«ÂªÂ¨ÃÂÂ
bonding molecular orbital [Ã«Â¬Â¼Ã«Â¦Â¬] ÃªÂ²Â°ÃÂÂ©Ã¬ÂÂ± Ã«Â¶ÂÃ¬ÂÂ ÃªÂ¶Â¤Ã«ÂÂÃÂÂ¨Ã¬ÂÂ [ÃÂÂÃÂÂ] ÃªÂ²Â°ÃÂÂ©Ã¬ÂÂ± Ã«Â¶ÂÃ¬ÂÂ ÃªÂ¶Â¤Ã«ÂÂÃÂÂ¨Ã¬ÂÂ
bonding orbital [Ã«Â¬Â¼Ã«Â¦Â¬] ÃªÂ²Â°ÃÂÂ©Ã¬ÂÂ± ÃªÂ¶Â¤Ã«ÂÂÃÂÂ¨Ã¬ÂÂ [ÃÂÂÃÂÂ] ÃªÂ²Â°ÃÂÂ©Ã¬ÂÂ± ÃªÂ¶Â¤Ã«ÂÂÃÂÂ¨Ã¬ÂÂ
bonding strength [ÃÂÂÃÂÂ] ÃªÂ²Â°ÃÂÂ©Ã¢ÂÂÃ¬ÂÂ¸ÃªÂ¸Â°
bone [Ã¬ÂÂÃÂÂ] ÃªÂ³Â¨, Ã«Â¼Â
bone age [Ã¬ÂÂÃÂÂ] ÃªÂ³Â¨Ã¬ÂÂ°Ã«Â Â¹, Ã«Â¼ÂÃ«ÂÂÃ¬ÂÂ´
bone chip [Ã¬ÂÂÃÂÂ] ÃªÂ³Â¨Ã¬ÂÂ¸ÃÂÂ¸, ÃªÂ³Â¨ÃÂÂÃÂÂ¸, Ã«Â¼ÂÃ¢ÂÂÃ¬Â¡Â°ÃªÂ°Â Ã¢ÂÂ¶Ã«Â¼ÂÃ¬Â¡Â°ÃªÂ°Â
bone fragment [Ã¬ÂÂÃÂÂ] ÃªÂ³Â¨ÃÂÂ¸, Ã«Â¼ÂÃ¬Â¡Â°ÃªÂ°Â Ã¢ÂÂ¶Ã«Â¼ÂÃ¬Â¡Â°ÃªÂ°Â
bone graft [Ã¬ÂÂÃÂÂ] ÃªÂ³Â¨Ã¬ÂÂ´Ã¬ÂÂ, Ã«Â¼ÂÃ¬ÂÂ´Ã¬ÂÂ
bone knife [Ã¬ÂÂÃÂÂ] ÃªÂ³Â¨Ã«ÂÂ
bone marrow [Ã¬ÂÂÃÂÂ] ÃªÂ³Â¨Ã¬ÂÂ, Ã«Â¼ÂÃ¬ÂÂÃ¬Â§Â
bone marrow biopsy [Ã¬ÂÂÃÂÂ] ÃªÂ³Â¨Ã¬ÂÂÃ¢ÂÂÃ¬ÂÂÃªÂ²Â
bone marrow blood [Ã¬ÂÂÃÂÂ] ÃªÂ³Â¨Ã¬ÂÂÃ¢ÂÂÃÂÂÃ¬ÂÂ¡
bone marrow transplantation [Ã¬ÂÂÃÂÂ] ÃªÂ³Â¨Ã¬ÂÂÃ¢ÂÂÃ¬ÂÂ´Ã¬ÂÂ(Ã¬ÂÂ )
bone matrix [Ã¬ÂÂÃÂÂ] Ã«Â¼ÂÃ«Â°ÂÃÂÂÃ¬Â§Â
bone resorption [Ã¬ÂÂÃÂÂ] Ã«Â¼ÂÃÂÂ¡Ã¬ÂÂ
bone screw [Ã¬ÂÂÃÂÂ] ÃªÂ³Â¨Ã«ÂÂÃ¬ÂÂ¬
bone structure [Ã¬ÂÂÃÂÂ] ÃªÂ³Â¨ÃªÂµÂ¬Ã¬Â¡Â°
bony labyrinth [Ã¬ÂÂÃÂÂ] Ã«Â¼ÂÃ«Â¯Â¸Ã«Â¡Â
bookkeeping method [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â¶ÂÃªÂ¸Â°Ã«Â²Â
Boolean algebra [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â¶ÂÃ¬ÂÂ¸Ã«ÂÂÃ¬ÂÂ Ã¢ÂÂ·Ã«Â¶ÂÃ«Â¦Â¬Ã¬ÂÂ¸ Ã«ÂÂÃ¬ÂÂ
Boolean lattice [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â¶ÂÃ«Â¦Â¬Ã¬ÂÂ¸ Ã¬ÂÂ´Ã¬Â°Â½
boost [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â¶ÂÃ¬ÂÂ¤ÃÂÂ¸
booster [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â¶ÂÃ¬ÂÂ¤ÃÂÂ°
booster injection [Ã¬ÂÂÃÂÂ] Ã¬Â¶ÂÃªÂ°ÂÃ¬Â ÂÃ¬Â¢Â, Ã¬Â¶ÂÃªÂ°ÂÃ¬Â¡Â°Ã¬ÂÂ¬
booster vacuum pump [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«ÂÂ·Ã«Â°ÂÃ¬Â¹Â¨ Ã¬Â§ÂÃªÂ³Âµ ÃÂÂÃÂÂ
boracic acid [ÃÂÂÃÂÂ] Ã«Â¶ÂÃ¬ÂÂ°
borane [ÃÂÂÃÂÂ] Ã«Â³Â´Ã«ÂÂ
borate [ÃÂÂÃÂÂ] Ã«Â¶ÂÃ¬ÂÂ°/Ã¬ÂÂ¼
borax [Ã¬ÂÂÃÂÂ] Ã«Â¶ÂÃ¬ÂÂ¬ [ÃÂÂÃÂÂ] Ã«Â¶ÂÃ¬ÂÂ¬
borax bead reaction [ÃÂÂÃÂÂ] Ã«Â¶ÂÃ¬ÂÂ¬ ÃªÂµÂ¬Ã¬ÂÂ¬Ã«Â°ÂÃ¬ÂÂ
borax bead test [ÃÂÂÃÂÂ] Ã«Â¶ÂÃ¬ÂÂ¬Ã¢ÂÂÃªÂµÂ¬Ã¬ÂÂ¬Ã¬ÂÂÃÂÂ
borazane [ÃÂÂÃÂÂ] Ã«Â³Â´Ã«ÂÂ¼Ã¬Â ÂÃ¬ÂÂ¸
borazene [ÃÂÂÃÂÂ] Ã«Â³Â´Ã«ÂÂ¼Ã¬Â Â
borazole [ÃÂÂÃÂÂ] Ã«Â³Â´Ã«ÂÂ¼Ã¬Â¡Â¸
borazyne [ÃÂÂÃÂÂ] Ã«Â³Â´Ã«ÂÂ¼Ã¬ÂÂÃ¬ÂÂ¸
borborygmus [Ã¬ÂÂÃÂÂ] Ã«Â³ÂµÃ«ÂªÂ
Borda's mouthpiece [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â³Â´Ã«ÂÂ¤ Ã«Â§ÂÃ¬ÂÂ°Ã¬ÂÂ¤ÃÂÂ¼Ã¬ÂÂ¤
Borda's pendulum [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â³Â´Ã«Â¥Â´Ã«ÂÂ¤Ã¬ÂÂ ÃÂÂÃ«ÂÂ¤Ã¬ÂÂ´
Bordeaux mixture [ÃÂÂÃÂÂ] Ã«Â³Â´Ã«Â¥Â´Ã«ÂÂÃÂÂ¼ÃÂÂ©Ã¬ÂÂ¡
border cell [Ã¬ÂÂÃÂÂ] ÃªÂ²Â½ÃªÂ³ÂÃ¢ÂÂÃ¬ÂÂ¸ÃÂÂ¬, Ã¬ÂÂÃªÂ²Â½ÃªÂ³ÂÃ¢ÂÂÃ¬ÂÂ¸ÃÂÂ¬
borderline case [Ã¬ÂÂÃÂÂ] Ã¬Â ÂÃªÂ³ÂÃ¬Â¦ÂÃ«Â¡Â
borderline group [Ã¬ÂÂÃÂÂ] ÃªÂ²Â½ÃªÂ³ÂÃªÂµÂ°
borderline leprosy [Ã¬ÂÂÃÂÂ] ÃªÂ²Â½ÃªÂ³ÂÃ¢ÂÂÃ«ÂÂÃ«Â³Â, Ã¬Â¤ÂÃªÂ°ÂÃ¢ÂÂÃ«ÂÂÃ«Â³Â
Bordoni peak [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â³Â´Ã«Â¥Â´Ã«ÂÂÃ«ÂÂ Ã«Â´ÂÃ¬ÂÂ°Ã«Â¦Â¬
boredom [Ã¬ÂÂÃÂÂ] Ã¬ÂÂ«Ã¬Â¦Â
boric acid [ÃÂÂÃÂÂ] Ã«Â¶ÂÃ¬ÂÂ°
boride [ÃÂÂÃÂÂ] Ã«Â¶ÂÃ¬ÂÂÃÂÂÃ«Â¬Â¼
borine [ÃÂÂÃÂÂ] Ã«Â³Â´Ã«Â¦Â°
boring pain [Ã¬ÂÂÃÂÂ] Ã¬Â²ÂÃ¬ÂÂÃÂÂµ
Born approximation [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â³Â´Ã«Â¥Â¸ ÃªÂ·Â¼Ã¬ÂÂ¬, Ã«Â³Â´Ã«Â¥Â¸ Ã¬ÂÂ´Ã«Â¦Â¼Ã«Â²Â
Born relation [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â³Â´Ã«Â¥Â¸ ÃªÂ´ÂÃªÂ³ÂÃ¬ÂÂ
bornane [ÃÂÂÃÂÂ] Ã«Â³Â´Ã«ÂÂ¤Ã¬ÂÂ¸ Ã¢ÂÂ·Ã«Â³Â´Ã«Â¥Â´Ã«ÂÂ¤Ã¬ÂÂ¸
borneol [ÃÂÂÃÂÂ] Ã¬ÂÂ©Ã«ÂÂ, Ã«Â³Â´Ã«Â¥Â´Ã«ÂÂ¤Ã¬ÂÂ¬
Born-Haber cycle [ÃÂÂÃÂÂ] Ã«Â³Â´Ã«Â¥Â¸-ÃÂÂÃ«Â²ÂÃ¢ÂÂÃ¬ÂÂÃÂÂÃªÂ³Â¼Ã¬Â Â
Born-Haber cycles [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â³Â´Ã«Â¥Â¸-ÃÂÂÃ«Â²Â Ã¬ÂÂÃÂÂÃªÂ³Â¼Ã¬Â Â
Born-Mayer potential [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â³Â¸-Ã«Â§ÂÃ¬ÂÂ´Ã¬ÂÂ´ ÃÂÂ¼ÃÂÂÃ¬ÂÂ
Born-Oppenheimer approximation [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â³Â´Ã«Â¥Â¸-Ã¬ÂÂ¤ÃÂÂÃÂÂÃ¬ÂÂ´Ã«Â¨Â¸ ÃªÂ·Â¼Ã¬ÂÂ¬, Ã«Â³Â´Ã«Â¥Â¸-Ã¬ÂÂ¤ÃÂÂÃÂÂÃ¬ÂÂ´Ã«Â¨Â¸ Ã¬ÂÂ´Ã«Â¦Â¼(Ã«Â²Â)
Born's assumption [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â³Â´Ã«Â¥Â¸Ã¬ÂÂ ÃªÂ°ÂÃ¬Â Â
boron [ÃÂÂÃÂÂ] Ã«Â¶ÂÃ¬ÂÂ
boron carbide [ÃÂÂÃÂÂ] ÃÂÂÃÂÂÃ«Â¶ÂÃ¬ÂÂ
boron hydride [ÃÂÂÃÂÂ] Ã¬ÂÂÃ¬ÂÂÃÂÂÃ«Â¶ÂÃ¬ÂÂ
boron nitride [ÃÂÂÃÂÂ] Ã¬Â§ÂÃ¬ÂÂÃÂÂÃ«Â¶ÂÃ¬ÂÂ
boron oxide [ÃÂÂÃÂÂ] Ã¬ÂÂ°ÃÂÂÃ«Â¶ÂÃ¬ÂÂ
boron tribromide [ÃÂÂÃÂÂ] Ã¬ÂÂ¼Ã«Â¸ÂÃ«Â¡Â¬ÃÂÂÃ«Â¶ÂÃ¬ÂÂ
boron trichloride [ÃÂÂÃÂÂ] Ã¬ÂÂ¼Ã¬ÂÂ¼ÃÂÂÃ«Â¶ÂÃ¬ÂÂ
boron trifluoride [ÃÂÂÃÂÂ] ÃÂÂ¸Ã«ÂÂ¼Ã¬ÂÂ´ÃÂÂÃ«Â£Â¨Ã¬ÂÂ¤Ã«Â¥Â´ÃÂÂ Ã«Â¶ÂÃ¬ÂÂ Ã¢ÂÂ·ÃÂÂ¸Ã«Â¦Â¬ÃÂÂÃ«Â£Â¨Ã¬ÂÂ¤Ã«Â¥Â´ÃÂÂ Ã«Â¶ÂÃ¬ÂÂ
borosilicate [ÃÂÂÃÂÂ] Ã«Â³Â´Ã«Â¡ÂÃªÂ·ÂÃ¬ÂÂ° Ã¬ÂÂ¼
borosilicate crown glass [ÃÂÂÃÂÂ] Ã«Â¶ÂÃªÂ·ÂÃ¬ÂÂ°Ã¬ÂÂ¼Ã¢ÂÂÃÂÂ¬Ã«ÂÂ¼Ã¬ÂÂ´Ã¢ÂÂÃ¬ÂÂ Ã«Â¦Â¬
borosilicate glass [ÃÂÂÃÂÂ] Ã«Â¶ÂÃªÂ·ÂÃ¬ÂÂ°Ã¬ÂÂ¼Ã¢ÂÂÃ¬ÂÂ Ã«Â¦Â¬
Borrmann absorption [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â³Â´Ã«Â§Â ÃÂÂ¡Ã¬ÂÂ
Borrmann line [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â³Â´Ã«Â§Â Ã¬ÂÂ
Bose condensation [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â³Â´Ã¬Â¦ÂÃ¢ÂÂÃ¬ÂÂÃ¬Â¶Â Ã¢ÂÂ·Ã«Â³Â´Ã¬ÂÂ¤ Ã¬ÂÂÃ¬Â¶Â
Bose liquid [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â³Â´Ã¬Â¦Â Ã¬ÂÂ¡Ã¬Â²Â´
Bose operator [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â³Â´Ã¬Â¦ÂÃ¢ÂÂÃ¬ÂÂ°Ã¬ÂÂ°Ã¬ÂÂ, Ã«Â³Â´Ã¬Â¦ÂÃ¬ÂÂÃ¬ÂÂ©Ã¬ÂÂ Ã¢ÂÂ·Ã«Â³Â´Ã¬ÂÂ¤ Ã¬ÂÂ°Ã¬ÂÂ°Ã¬ÂÂ, Ã«Â³Â´Ã¬ÂÂ¤ Ã¬ÂÂÃ¬ÂÂ©Ã¬ÂÂ
Bose particle [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â³Â´Ã¬Â¦Â Ã¬ÂÂÃªÂ°Â±Ã¬ÂÂ´
Bose statistics [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â³Â´Ã¬Â¦Â ÃÂÂµÃªÂ³Â
Bose-Einstein condensation [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â³Â´Ã¬Â¦Â-Ã¬ÂÂÃ¬ÂÂ¸Ã¬ÂÂÃÂÂÃ¬ÂÂ¸ Ã¬ÂÂÃ«Â¦Â¼, Ã«Â³Â´Ã¬Â¦Â-Ã¬ÂÂÃ¬ÂÂ¸Ã¬ÂÂÃÂÂÃ¬ÂÂ¸ Ã¬ÂÂÃ¬Â§Â Ã¢ÂÂ·Ã«Â³Â´Ã¬ÂÂ¤-Ã¬ÂÂÃ¬ÂÂ¸Ã¬ÂÂÃÂÂÃ¬ÂÂ¸ Ã¬ÂÂÃ«Â¦Â¼, Ã«Â³Â´Ã¬ÂÂ¤-Ã¬ÂÂÃ¬ÂÂ¸Ã¬ÂÂÃÂÂÃ¬ÂÂ¸ Ã¬ÂÂÃ¬Â§Â
Bose-Einstein distribution [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â³Â´Ã¬Â¦Â-Ã¬ÂÂÃ¬ÂÂ¸Ã¬ÂÂÃÂÂÃ¬ÂÂ¸ Ã«Â¶ÂÃÂÂ¬ Ã¢ÂÂ·Ã«Â³Â´Ã¬ÂÂ¤-Ã¬ÂÂÃ¬ÂÂ¸Ã¬ÂÂÃÂÂÃ¬ÂÂ¸ Ã«Â¶ÂÃÂÂ¬
Bose-Einstein statistics [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â³Â´Ã¬Â¦Â-Ã¬ÂÂÃ¬ÂÂ¸Ã¬ÂÂÃÂÂÃ¬ÂÂ¸ ÃÂÂµÃªÂ³Â Ã¢ÂÂ·Ã«Â³Â´Ã¬ÂÂ¤-Ã¬ÂÂÃ¬ÂÂ¸Ã¬ÂÂÃÂÂÃ¬ÂÂ¸ ÃÂÂµÃªÂ³Â
boson [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â³Â´Ã¬ÂÂ¤Ã¬Â¡Â´ Ã¢ÂÂ·Ã«Â³Â´Ã¬ÂÂ [ÃÂÂÃÂÂ] Ã«Â³Â´Ã¬Â¡Â´
boson expansion [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â³Â´Ã¬Â¦ÂÃ¬ÂÂ Ã¬Â ÂÃªÂ°Â
bosonization [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â³Â´Ã¬ÂÂ¤Ã¬Â¡Â´Ã¢ÂÂÃ«ÂÂÃªÂ¸Â° Ã¢ÂÂ·Ã«Â³Â´Ã¬ÂÂ Ã«ÂÂÃªÂ¸Â°
bottle [ÃÂÂÃÂÂ] Ã«Â³Â
bottom color [ÃÂÂÃÂÂ] Ã«Â°ÂÃ«ÂÂ¥Ã¬ÂÂ
bottom particle [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â°ÂÃÂÂ Ã¬ÂÂÃªÂ°Â±Ã¬ÂÂ´
bottom quark [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â°ÂÃ«ÂÂ¥Ã¢ÂÂÃ¬Â¿Â¼ÃÂÂ¬
bottom sampler [ÃÂÂÃÂÂ] ÃÂÂ´Ã¬Â ÂÃ¬ÂÂÃ«Â£ÂÃ¬Â±ÂÃ¬Â·Â¨ÃªÂ¸Â°
bottom topography [ÃÂÂÃÂÂ] ÃÂÂ´Ã¬Â ÂÃ¬Â§ÂÃÂÂ
botulism [Ã¬ÂÂÃÂÂ] Ã«Â³Â´ÃÂÂ´Ã«Â¦Â¬Ã«ÂÂÃ«ÂÂÃ¬ÂÂÃ¬Â¦Â
bougie [Ã¬ÂÂÃÂÂ] Ã«Â¶ÂÃ¬Â§Â, ÃÂÂÃ¬ÂÂ¥ÃªÂ¸Â°
bougienage [Ã¬ÂÂÃÂÂ] Ã«Â¶ÂÃ¬Â§ÂÃ«Â²Â, ÃÂÂÃ¬ÂÂ¥Ã«Â²Â
bounce frequency [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«ÂÂÃÂÂ Ã«ÂÂ¨ÃªÂ¸Â°Ã¬ÂÂ
bound [Ã¬ÂÂÃÂÂ] ÃªÂ²Â°ÃÂÂ©, Ã¬ÂÂÃ«Â°Â
bound electron [Ã«Â¬Â¼Ã«Â¦Â¬] Ã¬ÂÂÃ«Â°ÂÃ«ÂÂ Ã¬Â ÂÃ¬ÂÂ, Ã¬ÂÂ½Ã«Â§Â¤Ã¬ÂÂ¸ Ã¬Â ÂÃ¬ÂÂ [ÃÂÂÃÂÂ] Ã¬ÂÂÃ«Â°ÂÃ«ÂÂ Ã¬Â ÂÃ¬ÂÂ
bound exciton [Ã«Â¬Â¼Ã«Â¦Â¬] Ã¬ÂÂ½Ã«Â§Â¤Ã¬ÂÂ¸ Ã«ÂÂ¤Ã«ÂÂ¸Ã¬ÂÂ
bound hole [Ã«Â¬Â¼Ã«Â¦Â¬] Ã¬ÂÂÃ«Â°ÂÃ«ÂÂ ÃªÂµÂ¬Ã«Â©Â, Ã¬ÂÂ½Ã«Â§Â¤Ã¬ÂÂ¸ ÃªÂµÂ¬Ã«Â©Â
bound interaction picture [Ã«Â¬Â¼Ã«Â¦Â¬] Ã¬ÂÂÃ«Â°Â Ã¬ÂÂÃÂÂ¸Ã¬ÂÂÃ¬ÂÂ© Ã«Â¬ÂÃ¬ÂÂ¬, Ã¬ÂÂ½Ã«Â§Â¤Ã¬ÂÂ¸ Ã¬ÂÂÃ«Â¡ÂÃ¬ÂÂÃ¬ÂÂ© Ã«Â¬ÂÃ¬ÂÂ¬
bound motion [Ã«Â¬Â¼Ã«Â¦Â¬] Ã¬ÂÂ½Ã«Â§Â¤Ã¬ÂÂ¸ Ã¬ÂÂ´Ã«ÂÂ, Ã¬ÂÂÃ«Â°ÂÃ¬ÂÂ´Ã«ÂÂ, Ã¬ÂÂ ÃÂÂÃªÂµÂ¬ÃªÂ°ÂÃ¬ÂÂ´Ã«ÂÂ
bound orbit [Ã«Â¬Â¼Ã«Â¦Â¬] Ã¬ÂÂ½Ã«Â§Â¤Ã¬ÂÂ¸ ÃªÂ¶Â¤Ã«ÂÂ, Ã¬ÂÂÃ«Â°ÂÃªÂ¶Â¤Ã«ÂÂ
bound particle [Ã«Â¬Â¼Ã«Â¦Â¬] Ã¬ÂÂ½Ã«Â§Â¤Ã¬ÂÂ¸ Ã¬ÂÂÃ¬ÂÂ, Ã¬ÂÂÃ«Â°ÂÃ¬ÂÂÃ¬ÂÂ
bound state [Ã«Â¬Â¼Ã«Â¦Â¬] Ã¬ÂÂ½Ã«Â§Â¤Ã¬ÂÂ¸ Ã¬ÂÂÃÂÂ, Ã¬ÂÂÃ«Â°ÂÃ¬ÂÂÃÂÂ [ÃÂÂÃÂÂ] Ã«Â¬Â¶Ã¬ÂÂ¸ Ã¬ÂÂÃÂÂ
bound vortex [Ã«Â¬Â¼Ã«Â¦Â¬] Ã¬ÂÂÃ«Â°Â Ã¬ÂÂÃ¬ÂÂ©Ã«ÂÂÃ¬ÂÂ´, Ã¬ÂÂ½Ã«Â§Â¤Ã¬ÂÂ¸ Ã¬ÂÂÃ¬ÂÂ©Ã«ÂÂÃ¬ÂÂ´
bound water [Ã¬ÂÂÃÂÂ] ÃªÂ²Â°ÃÂÂ©Ã¬ÂÂ [ÃÂÂÃÂÂ] ÃªÂ²Â°ÃÂÂ©Ã¬ÂÂ
boundary [Ã«Â¬Â¼Ã«Â¦Â¬] ÃªÂ²Â½ÃªÂ³Â, Ã«ÂÂÃ«Â Â [Ã¬ÂÂÃÂÂ] ÃªÂ²Â½ÃªÂ³Â, ÃªÂ³ÂÃ«Â©Â´
boundary condition [Ã«Â¬Â¼Ã«Â¦Â¬] ÃªÂ²Â½ÃªÂ³ÂÃ¢ÂÂÃ¬Â¡Â°ÃªÂ±Â´, Ã«ÂÂÃ«Â ÂÃ¢ÂÂÃ¬Â¡Â°ÃªÂ±Â´ [ÃÂÂÃÂÂ] ÃªÂ²Â½ÃªÂ³Â Ã¬Â¡Â°ÃªÂ±Â´
boundary layer [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«ÂÂÃ«Â ÂÃ¬Â¼Â, ÃªÂ²Â½ÃªÂ³ÂÃ¬Â¸Âµ [ÃÂÂÃÂÂ] ÃªÂ²Â½ÃªÂ³ÂÃ¬Â¸Âµ
boundary lubrication [Ã«Â¬Â¼Ã«Â¦Â¬] ÃªÂ²Â½ÃªÂ³ÂÃ¢ÂÂÃ¬ÂÂ¤ÃÂÂ [ÃÂÂÃÂÂ] ÃªÂ²Â½ÃªÂ³ÂÃ¢ÂÂÃ¬ÂÂ¤ÃÂÂ
boundary surface [Ã«Â¬Â¼Ã«Â¦Â¬] ÃªÂ²Â½ÃªÂ³ÂÃ«Â©Â´, Ã«ÂÂÃ«Â ÂÃ«Â©Â´ [ÃÂÂÃÂÂ] ÃªÂ²Â½ÃªÂ³Â Ã«Â©Â´
boundary tension [Ã«Â¬Â¼Ã«Â¦Â¬] ÃªÂ²Â½ÃªÂ³ÂÃ«Â©Â´ Ã¬ÂÂ¥Ã«Â Â¥
boundary value [Ã«Â¬Â¼Ã«Â¦Â¬] ÃªÂ²Â½ÃªÂ³ÂÃªÂ°Â, Ã«ÂÂÃ«Â ÂÃªÂ°Â [ÃÂÂÃÂÂ] ÃªÂ²Â½ÃªÂ³Â(ÃªÂ°Â), ÃªÂ²Â½ÃªÂ³Â(Ã¬Â¹Â)
boundary value problem [Ã«Â¬Â¼Ã«Â¦Â¬] ÃªÂ²Â½ÃªÂ³ÂÃªÂ°Â Ã«Â¬Â¸Ã¬Â Â, Ã«ÂÂÃ«Â ÂÃªÂ°Â Ã«Â¬Â¸Ã¬Â Â
bound-bound transition [Ã«Â¬Â¼Ã«Â¦Â¬] Ã¬ÂÂÃ«Â°Â-Ã¬ÂÂÃ«Â°Â Ã¬Â ÂÃ¬ÂÂ´
bounded operator [Ã«Â¬Â¼Ã«Â¦Â¬] Ã¬ÂÂ½Ã«Â§Â¤Ã¬ÂÂ¸ Ã¬ÂÂ°Ã¬ÂÂ°Ã¬ÂÂ
bound-free transition [Ã«Â¬Â¼Ã«Â¦Â¬] Ã¬ÂÂÃ«Â°Â-Ã¬ÂÂÃ¬ÂÂ Ã¬Â ÂÃ¬ÂÂ´
Bourdon-tube pressure gauge [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â²ÂÃ«ÂÂ ÃªÂ´Â Ã¬ÂÂÃ«Â Â¥ÃªÂ³Â
Boussinesq approximation [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â¶ÂÃ¬ÂÂÃ¬ÂÂÃ¬ÂÂ¤ÃÂÂ¬ Ã¬ÂÂ´Ã«Â¦Â¼Ã«Â²Â
boutonneuse fever [Ã¬ÂÂÃÂÂ] Ã«Â¶ÂÃÂÂ¤Ã«ÂÂÃ¬Â¦ÂÃ¬ÂÂ´
bovine serum albumin [Ã¬ÂÂÃÂÂ] Ã¬ÂÂÃÂÂÃ¬Â²ÂÃ¢ÂÂÃ¬ÂÂÃ«Â¶ÂÃ«Â¯Â¼
bow [Ã¬ÂÂÃÂÂ] ÃÂÂ
bow leg [Ã¬ÂÂÃÂÂ] Ã«ÂÂ´Ã«Â°ÂÃ¬ÂÂ¬, Ã«Â°ÂÃªÂµÂ½Ã¬ÂÂ´Ã«Â¬Â´Ã«Â¦Â
bow wave [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«ÂÂÃ«Â¶ÂÃÂÂ
bowel [Ã¬ÂÂÃÂÂ] Ã¬ÂÂ¥, Ã¬Â°Â½Ã¬ÂÂ
bowel sound [Ã¬ÂÂÃÂÂ] Ã¬ÂÂ¥Ã¬ÂÂ
bowl classifier [ÃÂÂÃÂÂ] Ã«Â³Â´Ã¬ÂÂ¸Ã¢ÂÂÃ«Â¶ÂÃªÂ¸ÂÃªÂ¸Â°
box diagram [ÃÂÂÃÂÂ] Ã¬ÂÂÃ¬ÂÂ ÃªÂ·Â¸Ã«Â¦Â¼
box normalization [Ã«Â¬Â¼Ã«Â¦Â¬] Ã¬ÂÂÃ¬ÂÂÃÂÂÃ¢ÂÂÃ«Â§ÂÃ¬Â¶Â¤
box-car integrator [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â°ÂÃ¬ÂÂ¤Ã¬Â¹Â´ Ã¬Â ÂÃ«Â¶ÂÃªÂ¸Â°
Boyle temperature [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â³Â´Ã¬ÂÂ¼ Ã¬ÂÂ¨Ã«ÂÂ
Boyle-Charle's law [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â³Â´Ã¬ÂÂ¼-Ã¬ÂÂ¤Ã«Â¥Â¼ Ã«Â²ÂÃ¬Â¹Â
Boyle-Mariotte law [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â³Â´Ã¬ÂÂ¼-Ã«Â§ÂÃ«Â¦Â¬Ã¬ÂÂ¤ÃÂÂ¸ Ã«Â²ÂÃ¬Â¹Â
Boyle's law [Ã«Â¬Â¼Ã«Â¦Â¬] Ã«Â³Â´Ã¬ÂÂ¼Ã¬ÂÂ Ã«Â²ÂÃ¬Â¹Â [ÃÂÂÃÂÂ] Ã«Â³Â´Ã¬ÂÂ¼ Ã«Â²ÂÃ¬Â¹Â

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