The CSE Manual describes two systems: the 'citation-sequence' system and the 'name-year' system. In the 'citation-sequence' system, citations in the text are indicated by superscript numbers that refer to references in the list of references at the end of the paper. If the same reference is referred to multiple times, it is always with the same superscript number. It is possible to refer to multiple references at once using a sequence of superscript numbers. In the 'name-year' system, in-text parenthetical citations of the author's name and year of the reference are included. Each citation corresponds to a reference in the list of references at the end of the paper. There are special recommendations for works by multiple authors, corporate authors, etc.
The problem setup phase uses the EPANET User's Toolkit1 to compute the EPS network hydraulics.
Thus, an extended period hydraulic simulation2-6 will yield a periodic set of network flows that also repeat indefinitely. 7-8
Studies have shown that trihalomethane (THM) formation can be modeled as a linear function of chlorine demand.3, 9
Boccelli10 and Clark2,11 have shown that first-order models may underestimate chlorine demand under certain conditions.
The problem setup phase uses the EPANET User's Toolkit (1) to compute the EPS network hydraulics.
The problem setup phase uses the EPANET User's Toolkit (Rossman 1999) to compute the EPS network hydraulics.
Thus, an extended period hydraulic simulation (Rao and Bree 1977) will yield a periodic set of network flows that also repeat indefinitely.
An earlier study used a simpler mass dosage rate parameterization where the dosage must be constant (Boccelli and others 1998).
Studies have shown that trihalomethane (THM) formation can be modeled as a linear function of chlorine demand (Nguyen 1997a, 1997b).
The problem solution phase is performed using CPLEX (ILOG 1996), a commercial brand and bound procedure.
Studies have shown that trihalomethane (THM) formation can be modeled as a linear function of chlorine demand (Jones AB 1986; Jones CD 1995).
Boccelli (1999) and Clark (1998, 2002) have shown that first-order models may underestimate chlorine demand under certain conditions.
For information on citing documents from the internet, see the preview of the 7th edition, which will cover this topic, at the Council of Science Editors' web site. Other new material is also available for preview, and corrections to the 6th edition are available.