Hg(CN)2·HgO (Hg2[CN]2O) Crystal Structure - SpringerMaterials

Skip to main content Inorganic Solid Phases Hg(CN)2·HgO (Hg2[CN]2O) Crystal Structure

Abstract

This dataset provides comprehensive information on the Hg(CN)2·HgO (Hg2[CN]2O) Crystal Structure, identified by the Pearson Symbol oP28 and belonging to Space Group 62, with the Phase Prototype Hg2[CN]2O. It includes lattice parameters (a, b, c), angles (α, β, γ), unit cell volume, and metric ratios (a/b, b/c, c/a). Standardized and Niggli reduced cell transformations ensure accuracy and consistency in structural representation. For enhanced exploration, a CIF file is available for download along with a 3D interactive structure that allows you to study single and multiple unit cells, modify representation of bonds between atoms, and adjust atoms, axes, polyhedra, cell information, and measurement data. An atomic coordinate table is provided, including atomic site, Element, Wyckoff Symbol, Symmetry, X, Y, Z, Occupation, Co-ord. No., and Atomic Env. details, with standardized and published data. Additional details cover measurement data, interpretation insights, and sample characteristics, offering a deeper understanding of structural stability and atomic arrangements. Part of the SpringerMaterials database, this dataset supports advanced research in inorganic solid phases and crystal structure analysis.

Get Access CIF Download help (pdf)

We love your curiosity! To explore more, consider upgrading your subscription

• Access to other SpringerNature products does not automatically give access to SpringerMaterials

• Check institutional access

• Don't have a subscription?

• Request access

Additional access options

• Contact us if you need help accessing this content
• Learn about institutional subscriptions

General Information

• Phase Label(s): Hg2[CN]2O
• Structure Class(es): –
• Classification by Properties: –
• Mineral Name(s): –
• Pearson Symbol: oP28
• Space Group: 62
• Phase Prototype: Hg2[CN]2O
• Measurement Detail(s): X-rays (determination of structural parameters)
• Phase Class(es): –
• Compound Class(es): cyanide, oxide
• Interpretation Detail(s): complete structure determined, trial-and-error, R = 0.11
• Sample Detail(s): single crystal (determination of structural parameters)

Substance Summary

• Standard Formula: Hg2[CN]2O
• Alphabetic Formula: [CN]2Hg2O
• Published Formula: Hg(CN)2·HgO
• Refined Formula: C2Hg2N2O
• Wyckoff Sequence: 62,c7
• Z Formula Units: 4
• Density: ρ = 6.03 Mg·m−3

View 3D Interactive Structure

Cite this page

• Citation

Crystallographic Data

Cell Parameters	Published Data	Standardized Data
		Unit Cell	Niggli-Reduced Cell
Space Group	We love your curiosity! To explore more, consider upgrading your subscription Access to other SpringerNature products does not automatically give access to SpringerMaterials Check institutional access Don't have a subscription? Request access Additional access options Contact us if you need help accessing this content Learn about institutional subscriptions
a
b
c
α
β
γ
a/b
b/c
c/a
V

Atom Coordinates

Standardized

Site	Element	Wyckoff Symbol	Symmetry	X	Y	Z	Occupation	Co-ord. No.	Atomic Env.
We love your curiosity! To explore more, consider upgrading your subscription Access to other SpringerNature products does not automatically give access to SpringerMaterials Check institutional access Don't have a subscription? Request access Additional access options Contact us if you need help accessing this content Learn about institutional subscriptions

Published

Site	Element	Wyckoff Symbol	Symmetry	X	Y	Z	Occupation
We love your curiosity! To explore more, consider upgrading your subscription Access to other SpringerNature products does not automatically give access to SpringerMaterials Check institutional access Don't have a subscription? Request access Additional access options Contact us if you need help accessing this content Learn about institutional subscriptions

Experimental Details

We love your curiosity! To explore more, consider upgrading your subscription

• Access to other SpringerNature products does not automatically give access to SpringerMaterials

• Check institutional access

• Don't have a subscription?

• Request access

Additional access options

• Contact us if you need help accessing this content
• Learn about institutional subscriptions

Reference

We love your curiosity! To explore more, consider upgrading your subscription

• Access to other SpringerNature products does not automatically give access to SpringerMaterials

• Check institutional access

• Don't have a subscription?

• Request access

Additional access options

• Contact us if you need help accessing this content
• Learn about institutional subscriptions

3D Interactive Structure

We love your curiosity! To explore more, consider upgrading your subscription

• Access to other SpringerNature products does not automatically give access to SpringerMaterials

• Check institutional access

• Don't have a subscription?

• Request access

Additional access options

• Contact us if you need help accessing this content
• Learn about institutional subscriptions

About this content

• Dataset ID

  sd_1714240

• Copyright

  ©Springer & Material Phases Data System (MPDS), Switzerland & National Institute for Materials Science (NIMS), Japan

• SpringerMaterials Release year

  2013

• Chief Editor

  Pierre Villars, Material Phases Data System (MPDS), CH-6354 Vitznau, Switzerland

  [email protected]

Cite this content

Pierre Villars (Chief Editor), PAULING FILE in: Inorganic Solid Phases, SpringerMaterials (online database), Springer, Heidelberg (ed.) SpringerMaterials Hg(CN)2·HgO (Hg2[CN]2O) Crystal Structure sd_1714240 (Springer-Verlag GmbH, Heidelberg, © 2024) Accessed: 28-02-2026

Download this citation

• BibTex, JabRef (.BIB)
• EndNote (.EndNote)
• Papers, Zotero, Mendeley, Reference Manager, RefWorks (.RIS)

Citation copied

For information on how to reuse or republish pieces of content found on Springer Materials please contact [email protected]

sd_1714240

While using an institutional account for this website we don’t track any personal, performance, functional or 1st or 3rd party related information. We only use essential cookies necessary for it to function correctly. Please read our privacy policy and California Privacy Statement for more information.

Okay