Investigation of welded materials for various applications in industry is of paramount importance. There are various test methods available to test the quality of welds such as destructive methods and methods whereby the material remains undamaged such as the use of images created by Rontgen rays.
Wednesday, 29 November 2017
What’s in a weld?
Tags:
crystals,
digital microscopy,
industry,
material,
microscope,
microscopy,
motic,
MOTIC EUROPE,
motic imagesplus 3.0,
Moticam 10+,
quality,
test,
vickers,
weld
Wednesday, 22 November 2017
Basics of Light Microscopy 5 - About Plan Apos
For sure, a genuine rendition of color is a basic demand on any light microscope. Using white light as the inspection tool for microscopic samples causes a high challenge on the microscope optics. Different wavelengths set different focal points, and this Chromatic Aberration (greek: χρωμα chroma = color and latin: aberrare = deviation) has to be compensated by combining lenses of different shape and different glass types.
In this sense, the Plan Apochromatic lens correction represents the highest level of color reproduction. Here the focal point for several wavelengths has been brought together by a clever combination of different lenses, resulting in a lack of colored fringes around phenomenon borders.
In this sense, the Plan Apochromatic lens correction represents the highest level of color reproduction. Here the focal point for several wavelengths has been brought together by a clever combination of different lenses, resulting in a lack of colored fringes around phenomenon borders.
![]() |
| Chromatic Aberration |
Friday, 17 November 2017
Malaria
Malaria has been recognized since the Greek and Roman civilizations over 2,000 years ago, with different patterns of fever described by the early Greeks. Malaria is the most important tropical disease known to man. It remains a significant problem in many tropical areas, especially in sub-Saharan Africa. Malaria is spreading as a result of environmental changes, including global warming, civil disturbances, increasing travel and drug resistance. There are approximately 100 million cases of malaria worldwide with about 1 million of these proving fatal.
Friday, 3 November 2017
Gooseberries under attack
Powdery mildew (Sphaerotheca mors-uvae) severely infects young shoots, stems and fruits of gooseberry (Ribes uva-crispa). Environmental friendly and biological control measures are being sought throughout the world. Especially in organic currant growing, effective control measures are needed, because powdery mildew infections may result in a total loss of the crop. In organic currant growing the number of adequate control methods is very limited.
Tags:
BA410E,
digital microscopy,
fruit,
fungicide,
Gooseberry,
microscope,
microscopy,
motic,
MOTIC EUROPE,
moticam,
Moticam 10+,
Plan APO,
PotassiumBicarbonate,
stem,
sulphur
Thursday, 19 October 2017
What has microscopy to do with a beggar?
A connection really exists. Somewhere in the south of the Netherlands, on the estate of late professor Eugene Dubois, is a beautiful lake called 'The Bedelaar' or 'The Beggar'. In this lake, the aquatic micro life has been investigated using Motic microscopes. The movie tells about the results of this microscopic survey, supplemented by information about the professor, about his estate and the renowned hydro biologist Neele Wibaut.
So watch the movie and enjoy the footage of microscopically small underwater organisms.
So watch the movie and enjoy the footage of microscopically small underwater organisms.
Tags:
AE Series,
AE31 Elite,
AE31E,
Aquatic,
De Bedelaar,
Eugene Dubois,
Fen,
Lake,
Microlife,
Microscopes,
microscopy,
motic,
MOTIC EUROPE,
Movie,
Neele Wibaut,
Netherlands,
Organisms,
The Bedelaar,
The Beggar,
Underwater
Wednesday, 4 October 2017
When bitten by a tick
Relapsing fever is bacterial infection characterized by recurring episodes of fever, headache, muscle and joint aches, and nausea. It is caused by certain species of Borrelia spirochetes. which are transmitted through the bites of lice or soft-bodied ticks.
Tags:
BA410E,
bacteria,
Borrelia,
BorreliaSpirochetes,
digital microscopy,
GregorMünch,
JosephDutton,
microscope,
microscopy,
motic,
MOTIC EUROPE,
pathology,
RelapsingFever
Friday, 29 September 2017
Quick microscope setup guide for Life Sciences inverted microscopes
SWITCH ON THE MICROSCOPE
Plug-in the microscope to the power supply (1). Switch it on (2) and gradually increase the light intensity up to the desired level (black wheel on the right side of the microscope) (3).
Plug-in the microscope to the power supply (1). Switch it on (2) and gradually increase the light intensity up to the desired level (black wheel on the right side of the microscope) (3).
Wednesday, 27 September 2017
Cladonia coccifera
This cup lichen is common in forests, sand dunes and heathland. It grows between moss and grass and is about half a centimeter tall. It has a red-colored spore forming fruiting or apothecia.
Lichens are tough organisms which can survive on the most unlikely places, where plants cannot grow. For example, in the desert, in the Antarctic, in high mountains.
Wednesday, 20 September 2017
Pear rust and Junipers
Pear Rust is an increasingly common fungal disease in pear trees. This disease can significantly slow the growth of a pear tree, and the tree will also give less fruits. Pear Rust is a fungus that cannot stay the whole year on the pear: in winter the tree has no leaves and the fungus is only present there. In winter, the fungus needs a Juniper to overwinter. After the winter the fungus makes spores, which are spread through the air. The spores fall on the pear tree, causing the fungal disease.
Wednesday, 6 September 2017
Micro skeletons from the sea
Silicoflagellates belong to a small group of marine planktonic organisms with siliceous skeletons composed of opaline rods. Silicoflagellates are both photosynthetic and heterotrophic. The cell size ranges from 20 to 80 μm.
Their internal silica skeletons are composed of a network of bars, and resemble those of radiolarians but are generally much less complex. Silicoflagellate skeletons usually comprise 1-2% of the siliceous component of marine sediments; they are
Their internal silica skeletons are composed of a network of bars, and resemble those of radiolarians but are generally much less complex. Silicoflagellate skeletons usually comprise 1-2% of the siliceous component of marine sediments; they are
Subscribe to:
Posts (Atom)








