"complete and continuous" is correct and usable in written English.
You can use it to describe something that is complete and uninterrupted. For example, "The rapid development of technology has been both complete and continuous over the last decade."
In particular, \ \preceq\) has to be transitive, complete and continuous (recall our discussion in Section 2.3 of vNM's Continuity preference axiom).
It has been our experience that complete and continuous abstinence provides the best foundation for recovery and personal growth".
A complete and continuous solution is found quickly and easily — but figuring out how those circuits must be configured is far from trivial.
Conversely, kilometric and hectometric biophysical products are now widely available with almost complete and continuous coverage, but the associated spatial resolution limits the application over heterogeneous landscapes.
This paper offers a complete and continuous diachronic wood charcoal assemblage for the Middle Bronze Age to Late Iron Age from Kaman-Kalehöyük Kaman-Kalehöyükolin.
Similar to the arguments given Example 2.9 ((a), (c)) one can show that ((X,d)) and f are complete and continuous, respectively.
(completeness, transitivity and continuity): The DM's preference relation on income allocations is complete, transitive and continuous.
11 For the DM's preferences we require: Assumption 1 (completeness, transitivity and continuity): The DM's preference relation on income allocations is complete, transitive and continuous.
Spaethling writes in the introduction that his goal was to "provide a complete portrait and continuous account of Mozart the musician, Mozart the individual and Mozart the writer," and he has succeeded most admirably.
If there was ostemyelitis or a deep infection in the residual limb, complete debridement and continuous irrigation drainage suction was performed until the infection was resolved.
Let (mathbb {F}=(mathcal {F}_t)_{tgeq 0}) be the complete and right-continuous filtration generated by the processes B and N P, where (mathcal {F}_t=cap _{s>t}sigma left {B_u,N_{u}^{P};uleq sright }).
