Chromium(III) oxide: recorded planetary milling trial
Chromium(III) oxide: Mill for 3 hours and record the resulting distribution. Recorded setup, outcomes and evidence limits.
Sample trials.
Explore the material, the setup and the measured result.
117 sample trials
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Biochar and pyrite: recorded outcomes for two mixing ratios
Biochar and pyrite: Mix for 3 hours and record the powder distribution for two component ratios. Recorded setup, outcomes and evidence limits.
Unspecified rock: recorded planetary milling trial
Unspecified rock: Explore how finely the supplied rock could be milled; no fixed size threshold is recorded. Recorded setup, outcomes and evidence limits.
Yeast beta-glucan: recorded planetary milling trial
Yeast beta-glucan: Process the powder for 30 minutes; no numerical size limit is stated. Recorded setup, outcomes and evidence limits.
Biochar and pyrite: a three-hour formulation trial
Biochar and pyrite: Mix the materials for 3 hours and record the resulting particle distribution. Recorded setup, outcomes and evidence limits.
Diamond micropowder: recorded planetary milling trial
Diamond micropowder: Reach D50 below 6.8 µm. Recorded setup, outcomes and evidence limits.
- Recorded D50
- 6.17 µm
- Recorded D90
- 9.03 µm
Amber: recorded planetary milling trial
Amber: Reduce the median particle size to approximately D50 = 40 µm. Recorded setup, outcomes and evidence limits.
A plastic-powder liquid mixture reaches the recorded transparency objective
A plastic-powder liquid mixture reaches the recorded transparency objective. Visual transparency objective recorded as reached after one hour; no particle-size value supplied.
Alloy powder: a recorded planetary dry-milling distribution
Alloy powder: a recorded planetary dry-milling distribution. First charge at 200 minutes: D50 = 3.41 µm; D90 = 6.56 µm.
- D50
- 3.41 µm
- D90
- 6.56 µm
Alumina: an explicitly accepted planetary trial after ineffective roller milling
Alumina: an explicitly accepted planetary trial after ineffective roller milling. Accepted XQM stage at one hour: D50 = 17.04 µm; D90 = 53.58 µm.
- D50
- 17.04 µm
- D90
- 53.58 µm
Lithium-battery powder: alcohol wet milling to D50 0.52 µm
Lithium-battery powder: alcohol wet milling to D50 0.52 µm. D50 = 0.52 µm; D90 = 0.79 µm at 60 minutes.
- D50
- 0.52 µm
- D90
- 0.79 µm
Two sulfate formulations: favorable one-hour planetary milling observations
Two sulfate formulations: favorable one-hour planetary milling observations. Both formulations recorded as satisfactory; no quantitative particle-size endpoint supplied.
Results apply to the sample and conditions tested. Review each record for its setup and measurement notes.
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