Abstract: A collapsible and expandable container for liquids includes sidewall bellows defining collapsible and expandable side walls of a liquid impervious and preferably inert container having sealed ends. One end of the sealed ends of the container is a lid mounted on the bellows. The lid may be shaped as a tray so as to define a depression which is accessible from the outside of the container. At least one aperture is formed in said depression including a spout aperture opening into the bellows. A coupler such as a threaded neck may be formed on the aperture or apertures for re-sealable mounting of a cap and a spout thereon. The depression in the tray may be sized for flush mounting of the cap and the spout within the depression for ease of storage.

Abstract: A method for forming an embedded DRAM integrated circuit (10) begins by forming an asymmetric source and drain structure on the DRAM pass transistors. The asymmetric DRAM transistor structure has a lightly doped shallow current electrode (60) that connects to a trench capacitor (30, 28, and 24). The bit line current electrode of the DRAM pass transistor is formed having an LDD region (60) and an adjacent highly doped drain region (76). The region (76) helped to improve DRAM data retention reliability. In addition, the current electrode connected to the bit line is silicided to form a silicide region (80) which has improved coupling to an overlying tungsten plug (84). In addition, a P-type halo implant (78) is used to reduce or eliminate adverse short channel effects within a DRAM device.