Search results
Results from the WOW.Com Content Network
Ibid. is an abbreviation for the Latin word ibīdem, meaning ' in the same place ', commonly used in an endnote, footnote, bibliography citation, or scholarly reference to refer to the source cited in the preceding note or list item.
Used as a common abbreviation for "number" in all forms of writing. op. cit. opere citato "(in) the work cited" Means in the same article, book or other reference work as was mentioned before. It is most often used in citations in a similar way to "ibid", though "ibid" would usually be followed by a page number. OV orthographiae variae
Ibid or Ibid. is a Latin abbreviation used in scholarly writing, meaning "the same place". It can also refer to: "Ibid" (short story), a 1927/28 short story by H. P. Lovecraft; Ibid: A Life, a 2004 novel by Mark Dunn; Ion beam-induced deposition, a process of decomposing gaseous molecules by focused ion beam
idem is a Latin term meaning "the same". It is commonly abbreviated as id., which is particularly used in legal citations to denote the previously cited source (compare ibid.).
California used to require use of the California Style Manual. [33] In 2008, the California Supreme Court issued a rule giving an option of using either the California Style Manual or The Bluebook. [34] The two styles are significantly different in citing cases, in use of ibid. or id. (for idem), and in citing books and journals. [35]
The main discussion of these abbreviations in the context of drug prescriptions and other medical prescriptions is at List of abbreviations used in medical prescriptions. Some of these abbreviations are best not used, as marked and explained here.
Loc. cit. (Latin, short for loco citato, meaning "in the place cited") is a footnote or endnote term used to repeat the title and page number for a given work (and author). Loc. cit. is used in place of ibid. when the reference is not only to the work immediately preceding, but also refers to the same page.
Ion-beam-induced deposition (IBID) is very similar to EBID with the major difference that focused ion beam, usually 30 keV Ga +, is used instead of the electron beam. In both techniques, it is not the primary beam, but secondary electrons which cause the deposition. IBID has the following disadvantages as compared to EBID: