Observation of a second stage compound in the intercalation of N2 in C24Rb: a neutron diffraction study

H. Shaked; R. Moreh; H. Pinto; M. Melamud

doi:10.1016/S0921-4526(96)01237-9

Observation of a second stage compound in the intercalation of N₂ in C₂₄Rb: a neutron diffraction study

H. Shaked, R. Moreh, H. Pinto, M. Melamud

Department of Physics

Research output: Contribution to journal › Article › peer-review

Abstract

Upon cooling a single-phase sample of C₂₄Rb under N₂ pressure, intercalation of N₂ into C₂₄Rb starts immediately below RT. A single phase of C₂₄Rb(N₂)_x is formed, where N₂ resides at every Rb layer, and x increases monotonically as temperature decreases. In the temperature range 175 > T > 140 K a phase transition occurs, and for T ≤ 140 K three phases co-exist: C₂₄Rb, C₂₄Rb(N₂)_x and C₄₈Rb₂(N₂)_x. The third phase, has a stacking where N₂ resides at every second Rb layer, hence, it is second stage compound in the intercalation of N₂ in C₂₄Rb.

Original language	English
Pages (from-to)	66-71
Number of pages	6
Journal	Physica B: Condensed Matter
Volume	233
Issue number	1
DOIs	https://doi.org/10.1016/S0921-4526(96)01237-9
State	Published - 1 Jan 1997

ASJC Scopus subject areas

Electronic, Optical and Magnetic Materials
Condensed Matter Physics
Electrical and Electronic Engineering

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title = "Observation of a second stage compound in the intercalation of N2 in C24Rb: a neutron diffraction study",

abstract = "Upon cooling a single-phase sample of C24Rb under N2 pressure, intercalation of N2 into C24Rb starts immediately below RT. A single phase of C24Rb(N2)x is formed, where N2 resides at every Rb layer, and x increases monotonically as temperature decreases. In the temperature range 175 > T > 140 K a phase transition occurs, and for T ≤ 140 K three phases co-exist: C24Rb, C24Rb(N2)x and C48Rb2(N2)x. The third phase, has a stacking where N2 resides at every second Rb layer, hence, it is second stage compound in the intercalation of N2 in C24Rb.",

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AU - Shaked, H.

AU - Moreh, R.

AU - Pinto, H.

AU - Melamud, M.

PY - 1997/1/1

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N2 - Upon cooling a single-phase sample of C24Rb under N2 pressure, intercalation of N2 into C24Rb starts immediately below RT. A single phase of C24Rb(N2)x is formed, where N2 resides at every Rb layer, and x increases monotonically as temperature decreases. In the temperature range 175 > T > 140 K a phase transition occurs, and for T ≤ 140 K three phases co-exist: C24Rb, C24Rb(N2)x and C48Rb2(N2)x. The third phase, has a stacking where N2 resides at every second Rb layer, hence, it is second stage compound in the intercalation of N2 in C24Rb.

AB - Upon cooling a single-phase sample of C24Rb under N2 pressure, intercalation of N2 into C24Rb starts immediately below RT. A single phase of C24Rb(N2)x is formed, where N2 resides at every Rb layer, and x increases monotonically as temperature decreases. In the temperature range 175 > T > 140 K a phase transition occurs, and for T ≤ 140 K three phases co-exist: C24Rb, C24Rb(N2)x and C48Rb2(N2)x. The third phase, has a stacking where N2 resides at every second Rb layer, hence, it is second stage compound in the intercalation of N2 in C24Rb.

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Observation of a second stage compound in the intercalation of N₂ in C₂₄Rb: a neutron diffraction study

Abstract

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