Sentence examples for methods proposed include from inspiring English sources

(Obtaining graphene by exfoliation is too expensive for mass production). Methods proposed include the formation of graphene layers by burning silicon carbide or by chemical vapour deposition of carbon on the surface of some metals such as copper or nickel.

Other methods proposed include comparing the chromatographic peak profiles using neural networks(15) and, rather more simply, testing whether the apices of coeluting chromatographic peaks share the same retention time.

In [15], robust statistical methods are proposed, including triangulation and RF-based fingerprinting, to make localization attack-tolerant.

To obtain nanometer-sized particles, a variety of methods have been proposed, including microemulsion method [14], sol gel processing [15], competitive reaction chemistry method [16], and aqueous chemical method [17].

Many existing research methods have been proposed including scene-based methods which consider user preferences and the causal relationships of the role of communities.

Several methods have been proposed including the use of damper systems.

Several optimization methods have been proposed including evolutionary strategies and genetic algorithms.

Many solution methods have been proposed including exact-matching, function specification, Tikhonov regularization, iterative regularization, conjugate gradient, steepest descent and singular value decomposition.

Many flow level QoS control methods have been proposed including IntServ and DiffServ architectures [2, 3, 9, 10].

Several optical MM-Wave generation methods have been proposed including direct modulation of the laser diode, optical heterodyning of the highly correlated laser sources and external modulation.

Several probe-level processing methods have been proposed, including MAS5.0 [36], MBEI [37], RMA [38], and GCGMA [39].