Update nuclear-reactions-and-binding-energy.md

- Add 'Nuclear Radiation' tag
- Improve table readability with line breaks

Author: yunseo-kim

_posts/de/2024-09-04-nuclear-reactions-and-binding-energy.md

@@ -3,7 +3,7 @@ title: "Kernreaktionen und Bindungsenergie"
 description: >-
   Wir betrachten die Ausdrücke für Kernreaktionen, die Definition des Q-Werts (Q-value), sowie die Konzepte des Massendefekts (mass defect) und der Bindungsenergie (binding energy).
 categories: [Engineering Physics, Nuclear Engineering]
-tags: [Nuclear Physics, Nuclear Reaction]
+tags: [Nuclear Physics, Nuclear Reaction, Nuclear Radiation]
 math: true
 ---
 
@@ -43,10 +43,10 @@ $$ Q = [(M_a + M_b) - (M_c + M_d)]\cdot 931 \ \text{MeV}.\tag{3} $$
 - *Exotherme Reaktion (exothermic reaction)*: Kernreaktion mit $Q>0$, ein Teil der Masse wird in kinetische Energie umgewandelt, was zu einer Zunahme der kinetischen Energie nach der Reaktion führt
 - *Endotherme Reaktion (endothermic reaction)*: Kernreaktion mit $Q<0$, ein Teil der kinetischen Energie wird in Masse umgewandelt, was zu einer Abnahme der kinetischen Energie nach der Reaktion führt
 
-| Art der Kernreaktion | Q-Wert | Massenänderung vor und nach der Reaktion | Änderung der kinetischen Energie vor und nach der Reaktion |
+| Art der <br>Kernreaktion | Q-Wert | Massenänderung vor <br>und nach der Reaktion | Änderung der kinetischen <br>Energie vor und nach <br>der Reaktion |
 | :---: | :---: | :---: | :---: |
-| Exotherme Reaktion | $Q>0$ | $\Delta m<0$ (Abnahme) | $\Delta E>0$ (Zunahme) |
-| Endotherme Reaktion | $Q<0$ | $\Delta m>0$ (Zunahme) | $\Delta E<0$ (Abnahme) |
+| Exotherme <br>Reaktion | $Q>0$ | $\Delta m<0$ (Abnahme) | $\Delta E>0$ (Zunahme) |
+| Endotherme <br>Reaktion | $Q<0$ | $\Delta m>0$ (Zunahme) | $\Delta E<0$ (Abnahme) |
 
 ### Kurzschreibweise für Kernreaktionen
 Die Kernreaktion in Gleichung ($\ref{nuclear_reaction}$) kann wie folgt kurz dargestellt werden:

_posts/en/2024-09-04-nuclear-reactions-and-binding-energy.md

@@ -3,7 +3,7 @@ title: "Nuclear Reactions and Binding Energy"
 description: >-
   Learn about the expression of nuclear reactions, the definition of Q-value, and the concepts of mass defect and binding energy.
 categories: [Engineering Physics, Nuclear Engineering]
-tags: [Nuclear Physics, Nuclear Reaction]
+tags: [Nuclear Physics, Nuclear Reaction, Nuclear Radiation]
 math: true
 ---
 
@@ -43,7 +43,7 @@ $$ Q = [(M_a + M_b) - (M_c + M_d)]\cdot 931 \ \text{MeV}.\tag{3} $$
 - *Exothermic reaction*: Nuclear reaction where $Q>0$, part of the mass is converted to kinetic energy, increasing kinetic energy after the reaction
 - *Endothermic reaction*: Nuclear reaction where $Q<0$, part of the kinetic energy is converted to mass, decreasing kinetic energy after the reaction
 
-| Type of Nuclear Reaction | Q-value | Mass Change Before and After Reaction | Kinetic Energy Change Before and After Reaction |
+| Type of Nuclear <br>Reaction | Q-value | Mass Change Before <br>and After Reaction | Kinetic Energy Change <br>Before and After Reaction |
 | :---: | :---: | :---: | :---: |
 | Exothermic reaction | $Q>0$ | $\Delta m<0$ (decrease) | $\Delta E>0$ (increase) |
 | Endothermic reaction | $Q<0$ | $\Delta m>0$ (increase) | $\Delta E<0$ (decrease) |

_posts/es/2024-09-04-nuclear-reactions-and-binding-energy.md

@@ -3,7 +3,7 @@ title: "Reacciones nucleares y energía de enlace"
 description: >-
   Exploramos las expresiones de las reacciones nucleares, la definición del valor Q (Q-value), y los conceptos de defecto de masa (mass defect) y energía de enlace (binding energy).
 categories: [Engineering Physics, Nuclear Engineering]
-tags: [Nuclear Physics, Nuclear Reaction]
+tags: [Nuclear Physics, Nuclear Reaction, Nuclear Radiation]
 math: true
 ---
 
@@ -43,7 +43,7 @@ $$ Q = [(M_a + M_b) - (M_c + M_d)]\cdot 931 \ \text{MeV}.\tag{3} $$
 - *Reacción exotérmica (exothermic reaction)*: Reacción nuclear con $Q>0$, parte de la masa se convierte en energía cinética, aumentando la energía cinética después de la reacción
 - *Reacción endotérmica (endothermic reaction)*: Reacción nuclear con $Q<0$, parte de la energía cinética se convierte en masa, disminuyendo la energía cinética después de la reacción
 
-| Tipo de reacción nuclear | Valor Q | Cambio de masa antes y después de la reacción | Cambio de energía cinética antes y después de la reacción |
+| Tipo de reacción <br>nuclear | Valor Q | Cambio de masa <br>antes y después <br>de la reacción | Cambio de energía cinética <br>antes y después de la reacción |
 | :---: | :---: | :---: | :---: |
 | Reacción exotérmica | $Q>0$ | $\Delta m<0$ (disminución) | $\Delta E>0$ (aumento) |
 | Reacción endotérmica | $Q<0$ | $\Delta m>0$ (aumento) | $\Delta E<0$ (disminución) |

_posts/fr/2024-09-04-nuclear-reactions-and-binding-energy.md

@@ -3,7 +3,7 @@ title: "Réactions nucléaires et énergie de liaison"
 description: >-
   Découvrez les expressions des réactions nucléaires, la définition de la valeur Q (Q-value), et les concepts de défaut de masse (mass defect) et d'énergie de liaison (binding energy).
 categories: [Engineering Physics, Nuclear Engineering]
-tags: [Nuclear Physics, Nuclear Reaction]
+tags: [Nuclear Physics, Nuclear Reaction, Nuclear Radiation]
 math: true
 ---
 
@@ -43,10 +43,10 @@ $$ Q = [(M_a + M_b) - (M_c + M_d)]\cdot 931 \ \text{MeV}.\tag{3} $$
 - *Réaction exothermique (exothermic reaction)* : Réaction nucléaire où $Q>0$, une partie de la masse est convertie en énergie cinétique, augmentant l'énergie cinétique après la réaction
 - *Réaction endothermique (endothermic reaction)* : Réaction nucléaire où $Q<0$, une partie de l'énergie cinétique est convertie en masse, diminuant l'énergie cinétique après la réaction
 
-| Type de réaction nucléaire | Valeur Q | Changement de masse avant et après la réaction | Changement d'énergie cinétique avant et après la réaction |
+| Type de réaction <br>nucléaire | Valeur Q | Changement de <br>masse avant et <br>après la réaction | Changement d'énergie <br>cinétique avant et <br>après la réaction |
 | :---: | :---: | :---: | :---: |
-| Réaction exothermique | $Q>0$ | $\Delta m<0$ (diminution) | $\Delta E>0$ (augmentation) |
-| Réaction endothermique | $Q<0$ | $\Delta m>0$ (augmentation) | $\Delta E<0$ (diminution) |
+| Réaction <br>exothermique | $Q>0$ | $\Delta m<0$ <br>(diminution) | $\Delta E>0$ (augmentation) |
+| Réaction <br>endothermique | $Q<0$ | $\Delta m>0$ <br>(augmentation) | $\Delta E<0$ (diminution) |
 
 ### Expression simplifiée des réactions nucléaires
 La réaction nucléaire de l'équation ($\ref{nuclear_reaction}$) peut être exprimée de manière simplifiée comme suit :

_posts/ja/2024-09-04-nuclear-reactions-and-binding-energy.md

@@ -3,7 +3,7 @@ title: "核反応と結合エネルギー"
 description: >-
   核反応の表現式とQ値（Q-value）の定義、質量欠損（mass defect）と結合エネルギー（binding energy）の概念を学ぶ。
 categories: [Engineering Physics, Nuclear Engineering]
-tags: [Nuclear Physics, Nuclear Reaction]
+tags: [Nuclear Physics, Nuclear Reaction, Nuclear Radiation]
 math: true
 ---
 

_posts/ko/2024-09-04-nuclear-reactions-and-binding-energy.md

@@ -3,7 +3,7 @@ title: "핵반응과 결합에너지"
 description: >-
   핵반응의 표현식과 Q값(Q-value)의 정의, 질량 결손(mass defect)와 결합에너지(binding energy)의 개념을 알아본다.
 categories: [Engineering Physics, Nuclear Engineering]
-tags: [Nuclear Physics, Nuclear Reaction]
+tags: [Nuclear Physics, Nuclear Reaction, Nuclear Radiation]
 math: true
 ---
 

_posts/pt-BR/2024-09-04-nuclear-reactions-and-binding-energy.md

@@ -3,7 +3,7 @@ title: "Reações Nucleares e Energia de Ligação"
 description: >-
   Aprenda sobre a expressão de reações nucleares, a definição do valor Q (Q-value), e os conceitos de defeito de massa (mass defect) e energia de ligação (binding energy).
 categories: [Engineering Physics, Nuclear Engineering]
-tags: [Nuclear Physics, Nuclear Reaction]
+tags: [Nuclear Physics, Nuclear Reaction, Nuclear Radiation]
 math: true
 ---
 

tools/hash.csv

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