Skip to content

Please be aware that some material may contain words, descriptions or illustrations which will not reflect current scientific understanding and may be considered in today's context inaccurate, unethical, offensive or distressing.

Description

Sectional committee: Physics and chemistry

Not recommended for publication in Philosophical Transactions or Proceedings. The paper is 'much more suitable' for publication in the journals of the Institution of Electrical Engineers.

[Not published].

Endorsed on verso as received 1 December 1915.

Reference number
RR/22/79
Earliest possible date
November 1915
Physical description
Standardised form (type D)
Page extent
2 pages
Format
Manuscript

Creator name

Samuel Walter Johnson Smith

View page for Samuel Walter Johnson Smith

Use this record

Citation

Samuel Walter Johnson Smith, Referee's report by Samuel Walter Johnson Smith, on a paper 'The magnetic behaviour of iron at very high frequencies' by N W McLachlan, November 1915, RR/22/79, The Royal Society Archives, London, https://makingscience.royalsociety.org/items/rr_22_79/referees-report-by-samuel-walter-johnson-smith-on-a-paper-the-magnetic-behaviour-of-iron-at-very-high-frequencies-by-n-w-mclachlan, accessed on 14 December 2024

Link to this record

Embed this record

<iframe src="https://makingscience.royalsociety.org/embed/items/rr_22_79/referees-report-by-samuel-walter-johnson-smith-on-a-paper-the-magnetic-behaviour-of-iron-at-very-high-frequencies-by-n-w-mclachlan" title="Referee's report by Samuel Walter Johnson Smith, on a paper 'The magnetic behaviour of iron at very high frequencies' by N W McLachlan" allow="fullscreen" frameborder="0" width="100%" height="500px"></iframe>

Related Fellows

Explore the collection

  • Referee Reports

    Date: 1832-1954

    This collection contains reports on scientific papers submitted for publication to the Royal Society. Started in 1832 when the system was formalised, it is a record of the origins of peer review publishing in practice.

    View collection