Lead Halide Perovskite Synthesis Protocol

PbI₂ (Aladdin, 98%), PbBr₂ (macklin, 99%), PbCl₂ (Aladdin, 99.99%), stearamine (STA, 90%, J&K Scientific Ltd.), cetylamine (CA, Aladdin, 98%), tetradecylamine (TA, ≥ 95%, TGI Lot.), dodecylamine (DA, Aladdin, 98.0%), octylamine (OA, Aladdin, 99%), butylamine (BA, Aladdin, 98%), hydroiodic acid (meryer, 47%), hydrobromic acid (meryer, 48%), hydrochloric acid (36–38%, Shanghai lingfeng chemical reagent co. LTD), dodecylamine iodide (DAI, Xi’an p-OLED Corp.), acetic acid (≥99.5%, Nanjing chemical reagent co. LTD), and ethyl alcohol (99.7%, SCRC), MnBr₂ (98%, Aladdin)

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Yu D., Wang P., Cao F., Gu Y., Liu J., Han Z., Huang B., Zou Y., Xu X, & Zeng H. (2020). Two-dimensional halide perovskite as β-ray scintillator for nuclear radiation monitoring. Nature Communications, 11, 3395.

Publication 2020

hydrochloric acid acetic acid

Acetic acid Cetylamine Dodecylamine Ethyl alcohol Hydrobromic acid Hydrochloric acid Hydroiodic acid Iodide Octylamine Pbcl2 Stearamine

Corresponding Organization :

Other organizations : Nanjing University of Science and Technology

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Variable analysis

independent variables

PbI2 (Aladdin, 98%)
PbBr2 (macklin, 99%)
PbCl2 (Aladdin, 99.99%)
Stearamine (STA, 90%, J&K Scientific Ltd.)
Cetylamine (CA, Aladdin, 98%)
Tetradecylamine (TA, ≥ 95%, TGI Lot.)
Dodecylamine (DA, Aladdin, 98.0%)
Octylamine (OA, Aladdin, 99%)
Butylamine (BA, Aladdin, 98%)
Hydroiodic acid (meryer, 47%)
Hydrobromic acid (meryer, 48%)
Hydrochloric acid (36–38%, Shanghai lingfeng chemical reagent co. LTD)
Dodecylamine iodide (DAI, Xi'an p-OLED Corp.)
Acetic acid (≥99.5%, Nanjing chemical reagent co. LTD)
Ethyl alcohol (99.7%, SCRC)
MnBr2 (98%, Aladdin)

dependent variables

Not explicitly mentioned

control variables

Not explicitly mentioned

controls

No positive or negative controls were explicitly mentioned.

Annotations

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