S2 Fig - by Linda Karoline Dämmer (16839021)

CO₂-controlled culture set up. by Linda Karoline Dämmer (16839021)

Salinity and nitrogen removal rate. by Valentin Faust (13176389)

Closed container diagram. by Haibao Yi (17666896)

“…As the proportion of inhibitors added increases (2%, 4%, 6%), the decrease in the concentration of harmful gases during blasting first increases and then decreases. …”

Field test scheme table. by Haibao Yi (17666896)

“…As the proportion of inhibitors added increases (2%, 4%, 6%), the decrease in the concentration of harmful gases during blasting first increases and then decreases. …”

Experimental photo. by Haibao Yi (17666896)

“…As the proportion of inhibitors added increases (2%, 4%, 6%), the decrease in the concentration of harmful gases during blasting first increases and then decreases. …”

X-am5000 detector. by Haibao Yi (17666896)

“…As the proportion of inhibitors added increases (2%, 4%, 6%), the decrease in the concentration of harmful gases during blasting first increases and then decreases. …”

Field test plan. by Haibao Yi (17666896)

“…As the proportion of inhibitors added increases (2%, 4%, 6%), the decrease in the concentration of harmful gases during blasting first increases and then decreases. …”

CO concentration at different distances. by Haibao Yi (17666896)

“…As the proportion of inhibitors added increases (2%, 4%, 6%), the decrease in the concentration of harmful gases during blasting first increases and then decreases. …”

Typical curve regression formula. by Haibao Yi (17666896)

“…As the proportion of inhibitors added increases (2%, 4%, 6%), the decrease in the concentration of harmful gases during blasting first increases and then decreases. …”

Control test data table. by Haibao Yi (17666896)

“…As the proportion of inhibitors added increases (2%, 4%, 6%), the decrease in the concentration of harmful gases during blasting first increases and then decreases. …”

NH₃ concentration at different distances. by Haibao Yi (17666896)

“…As the proportion of inhibitors added increases (2%, 4%, 6%), the decrease in the concentration of harmful gases during blasting first increases and then decreases. …”

Connection diagram of blasting network. by Haibao Yi (17666896)

“…As the proportion of inhibitors added increases (2%, 4%, 6%), the decrease in the concentration of harmful gases during blasting first increases and then decreases. …”

Field test blasting effect photo. by Haibao Yi (17666896)

“…As the proportion of inhibitors added increases (2%, 4%, 6%), the decrease in the concentration of harmful gases during blasting first increases and then decreases. …”

Experimental materials. by Haibao Yi (17666896)

“…As the proportion of inhibitors added increases (2%, 4%, 6%), the decrease in the concentration of harmful gases during blasting first increases and then decreases. …”

Explosive usage for different schemes. by Haibao Yi (17666896)

“…As the proportion of inhibitors added increases (2%, 4%, 6%), the decrease in the concentration of harmful gases during blasting first increases and then decreases. …”

Inhibitor addition test data table. by Haibao Yi (17666896)

“…As the proportion of inhibitors added increases (2%, 4%, 6%), the decrease in the concentration of harmful gases during blasting first increases and then decreases. …”

Spike train replicability of CA1 pyramidal cell model with event-based input encoding. by Evan Cudone (5768813)

Effect of Acidic Polymers on the Morphology of Laser-Induced Nucleation of Cesium Chloride by Yao Liu (173014)

“…Classical nucleation theory, crystal growth rate, and additives as large-size impurities were discussed to analyze the underlying mechanism of the change in morphology.…”

Effect of Acidic Polymers on the Morphology of Laser-Induced Nucleation of Cesium Chloride by Yao Liu (173014)

“…Classical nucleation theory, crystal growth rate, and additives as large-size impurities were discussed to analyze the underlying mechanism of the change in morphology.…”