HEALTHIEST MICROWAVE MEALS

Orka Multi-Steamer, Green

Studies show time and time again that one of the healthiest of all cooking methods is steaming. Steaming helps retain valuable vitamins and nutrients in food, without all the added fat. Now steaming has never been easier, or more fun! Made from 100% pure premium silcone, a product found in nature, the Orka Steam Cooker is a safe and easy to use. The 42 oz size is our largest size available to date-it's the perfect size for family meals or longer cuts of meat and fish. To use, add your favorite meat, poultry or fish, vegetables and seasoning. Heat in the microwave; food cooks without added fats, steaming in its own juices. Meat remains tender, fish cooks without drying out and vitamins and minerals are preserved. The Orka Steam Cooker is heat safe to 430 degrees fahrenheit and is microwave and dishwasher safe. Steamer is not intended for oven or stovetop use. It features rigid, easy to grip handles, a non-stick and stain-resistant surface and as an added feature, a recipe booklet is included!

??????? ??????
The handheld LEXID 'Lobster Eye' X-ray Inspection Device allows the user to see through walls to hidden spaces beyond. The device is particularly well-suited to finding and examining the secret compartments and passages in your castle or other dwelling place. –
???? ???? ????? ??? ????? ?? ?????? ?? ??? ??????? ???? ???????? , ?????? ?? ???????? ?????????
?????? ??? ??????? ?????? ??? ??????? ??????? ? ??? ??????? ?????????? ?????? .

The handheld LEXID® X-ray imaging device provides a quick and safe way for Homeland Security personnel, law enforcement, customs and border agents, and Coast Guard boarding parties to view concealed objects and potential threats behind walls, or hidden in containers or vehicles. LEXID® is a single sided X-ray detection and imaging system that provides through-the-wall acquisition and focusing of Compton backscattered photons of hidden objects, contraband, explosive devices, weapons or people. The hard X-ray optics combined with the X-ray detector significantly lowers the exposure dose, while greatly enhancing image resolution. The real-time operating LEXID® software synchronizes images acquired, then processes and displays them on the liquid crystal display. POC can currently demonstrate images through a car door with 4mm resolution. Future systems will have improved resolution, X-ray source and X-ray imaging.
The Xaver 800 can see into a room, map it onto a screen, and maintain real-time, three dimensional updates on the locations of people within the room. The system relies on Ultra Wide Bandwidth signals, a method that relies on timing and and a large selection of radio wavelengths, rather than sheer power (Traditional uses of radiowaves use a narrower part of the spectrum but are higher power). The system can see through concrete, reinforced concrete, wood, brick, and pretty much anything except a continuous sheet of metal.

The Xaver™ 800 is microwave radar that is capable of penetrating walls and creating an image of objects behind those walls by picking up the reflected energy from those objects (including people and canine). The system provides information regarding the number of people, their location and orientation, as well as the shape of the room. Since the resulted images are not created by visible light or infrared optical methods, they are less detailed.
The Xaver™ 800 can see through most commonly used wall materials, e.g. clay brick, cinder blocks, rebar reinforced concrete, plaster dry wall, wood, adobe, stone and glass. The system can not penetrate a continuous sheet of metal. The penetrateable wall thickness varies and depends on the wall material. The system has several modes of operation and view options to cope with “tough” walls.

The new and unique capabilities in the Xaver™ 800 system include high resolution, real-time 3-D imaging, the ability to discriminate how many people are in a room or building, where they are, what they are doing, and the ability to combine this information with structural information of the room or building. The system is also capable of differentiating between static and moving objects. This is a powerful capability, providing information about where the objects are relative to the structure, e.g. on which side of an inner wall a person is located.

This is the reason I own a bundt pan. I make this recipe in December every year, once, maybe twice, and then the bundt pan goes back in the cupboard.

Prep Time - 10 minutes, plus overnight, plus 30 minutes cooking time.

Materials - bundt pan, baking tray, mixing bowl, microwave safe container, clean dry tea towel.

Ingredients - 1 packet frozen (24) yeast (Parkerhouse) rolls, 1 stick (4 oz/113g) butter, 1 packet vanilla pudding mix (not instant), 3/4 cup dark brown sugar, Crisco Shortening for greasing the bundt pan.

Method: Melt the butter in the microwave safe container in the microwave. Mix in the mixing bowl the vanilla pudding mix and the brown sugar. Grease the bundt pan. (Next Photo)

IMG_5918

There have been many volumes written that claim to be the most "comprehensive" compendium or handbook on chemical data. These wieldy volumes are often too big and extraneous to be useful to the practicing engineer. This new volume aims to be the most useful "go to" volume for the working engineer, scientist, or chemist who needs quick answers to daily questions about materials or chemicals and doesn't want to go on long searches through voluminous tomes or lengthy internet searches. Covering only the most commonly used chemicals in the most important processes in industry, A Guide to Safe Material and Chemical Handling includes industrial chemicals, such as gases, fuels, and water, which are not incorporated in most "comprehensive" books on materials and chemical properties. Safety plans and procedures that can be implemented by any engineer or plant manager by following the easy, step-by-step instructions in the book are also provided.