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4D Imaging to 4D Printing - - Bog - Taylor & Francis Ltd - Plusbog.dk

4D Imaging to 4D Printing - - Bog - Taylor & Francis Ltd - Plusbog.dk

CINEMA 4D 11 Workshop - Arndt Von Koenigsmarck - Bog - Taylor & Francis Ltd - Plusbog.dk

4D Leadership - Dr Alan Watkins - Bog - Kogan Page Ltd - Plusbog.dk

3D/4D Printing of Bioadhesive Pharmaceutical Systems - Mariana Carla De Oliveira - Bog - Taylor & Francis Ltd - Plusbog.dk

Build Your Own Marble Run - - Bog - Build Your Own - Plusbog.dk

Build Your Own Marble Run - - Bog - Build Your Own - Plusbog.dk

This innovative cardboard marble run is assembled using slot together techniques - no glue, no mess, no fuss. Everything you need is provided in the kit - follow the detailed instructions: press out the pre-cut parts, build and watch them go! Wind the handle to raise the 10 swirly glass marbles up the elevator; then watch as they speed down one of the three different neon coloured tracks. Enjoy endless fun as the marbles twist, turn, drop down the steps, and then whizz round the vortex cone before racing to the finish! Which marble will win?? Our most technical build so far, budding engineers will enjoy the challenge of constructing the Build Your Own Marble Run. And once built, the Marble Run stands at an impressive 50cms tall - you'll be proud to show it off! A sleek charcoal grey, with contrasting pops of neon - it looks super smart too. The detailed instruction booklets will guide you through each step of the build, and contains helpful troubleshooting tips if you get stuck. You can also find detailed video instructions and support on our website at www.buildyourownkits.com Fun and educational, constructing the Build Your Own Marble Run is the perfect activity for quality family time. You might choose to build it in stages, as this one is more of a project than a quick build. So, grab your fellow builders and have some exciting fun as a family! Building the Marble Run will encourage children to use their imagination and problem-solving skills, plus they'll learn about physics and kinetic energy as they play. Made using sustainable cardboards, we have tried our best to create a product that is not only fun and engaging to use, but also environmentally responsible.

DKK 216.00
1

Build Your Own Mini-Builds - Hawksbill Turtle - - Bog - Build Your Own - Plusbog.dk

Build Your Own Mini-Builds - White Rhino - - Bog - Build Your Own - Plusbog.dk

Build Your Own Mini-Builds - Snowy Owl - - Bog - Build Your Own - Plusbog.dk

Build Your Own Mini-Builds - Mountain Gorilla - - Bog - Build Your Own - Plusbog.dk

LEGO How to Build Everything! - Dk - Bog - Dorling Kindersley Ltd - Plusbog.dk

Design-Build - Daniel Winterbottom - Bog - Taylor & Francis Ltd - Plusbog.dk

Build Your Own Telescope - - Bog - Build Your Own - Plusbog.dk

Musculoskeletal Ultrasound 3D-4D - G Monetti - Bog - Griffin Editore - Plusbog.dk

Musculoskeletal Ultrasound 3D-4D - G Monetti - Bog - Griffin Editore - Plusbog.dk

The continuous technological development now allow to use many new ultrasound applications, such as colour and power Doppler technique, the elastosonography evaluation, the use of contrast media, and specifically the potentiality of 3D volume rendering also with 4D real-time images. This technology is still fairly difficult in normal use, according to a considerable experience in both anatomic and clinical biomechanics needed by the operator, and in particular in relation to the complexity of images reconstruction and possibly identification. The use of such methods should not be routinely, but is extremely useful in certain diseases and in specific districts such as in particular the hand, wrist and foot. The MRI investigation certainly allows a comprehensive and defined assessment of the pathological picture, and we believe that the use of 3D-4D US examination should be an exercise to develop the capacity of the operator to that method. The volume reconstruction is elective in cases where MRI investigation is not able to get a comprehensive diagnosis, as is in case of particular capsular ligament injuries, such as small joints tendon and cartilage, especially of the hand and foot fingers. This method also allows the use of 4D, which is basically a real time dynamic volumetric reconstruction, thereby further defined in relation to the static MRI examination. The iconography of these images today has nothing to envy to the three-dimensional CT reconstructions, resulting equally elegant both for didactic purposes that in any congress presentation. It is to be hoped that the ongoing technological developments will allow in the next future a more simple and rapid method which can be used in routine use.

DKK 978.00
1

What We’ll Build - Oliver Jeffers - Bog - HarperCollins Publishers - Plusbog.dk

What We’ll Build - Oliver Jeffers - Bog - HarperCollins Publishers - Plusbog.dk

Build Your Own Microscope - - Bog - Build Your Own - Plusbog.dk