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Nick from Saint Cloud Cycles in Fitzroy build up my Concorde Squadra with Campagnolo Chorus 11, Campagnolo Zonda G3 wheels, Fizik 2mm tape, 3TTT stem, and more good stuff!
** Being used at <a href="http://www.sacred-destinations.com/france/carnac-stones.htm">www.sacred-destinations.com/france/carnac-stones.htm</a>
Park Tool makes some great product. However this base must have been made on a Friday. Rogue bolt hole...
U.S. Air Force Tech. Sgt. Rebecca Walsh marks a stake during a survey alignment on an unfinished runway at Camp Dwyer, Afghanistan, June 25, 2010. The runway will be used to accommodate heavier aircraft at Camp Dwyer. Sergeant Walsh is an engineer deployed 809th Expeditionary Red Horse Squadron. (U.S. Air Force photo/Staff Sgt. Quinton Russ/released)
Alignment of amino acid sequences and phylogenetic analysis of the IbDFR protein with other species.(A) Multiple alignment of deduced amino acid sequences of dihydroflavonol-4-reductase (DFR) from sweet potato, Arabidopsis and Ipomoea purpurea. The black and other shaded boxes show identical and similar amino acids, respectively. The underline indicates the putative NADP binding site. (B) A phylogenetic tree of known plant DFR for anthocyanin biosynthesis. The GenBank accession numbers are: Arabidopsis thaliana (AtDFR, BAD95233), Fragaria ananassa (FaDFR, AAC25960), Malus domestica (MdDFR, AAD26204), Vitis vinifera (VvDFR, XP_002281858), Dianthus caryophyllus (DcDFR, CAA91924), Gerbera hybrid (GhDFR, CAA78930), Gentiana triflora (GtDFR, BAA12736), Ipomoea purpurea (IpDFR, BAA74700), Nicotiana tabacum (NtDFR, ABN80437), Solanum lycopersicum (SlDFR, CAA79154), Vaccinium macrocarpon (VmDFR, AAL89714), Hordeum vulgare (HvDFR, AAB20555), Bromheadia finlaysoniana (BfDFR, AAB62873), Ginkgo biloba (GbDFR, AAU95082), Antirrhinum majus (AmDFR, P14721), Medicago truncatula (MtDFR1, AAR27014), Populus tremuloides (PtDFR, AY147903), Solanum tuberosum (StDFR, AEN83503). The horizontal scale shows the number of differences per 100 residues derived from Clustal W alignment.
The podium and tower interiors employ glass and aluminium panels in naturally producing a sense of vertical alignment to reflect architecture's narrow straightness.
Sanlitun SOHO in Beijing, China by Kengo Kuma and associates.
Sequence analysis of ArSLK.(A) Alignment of the amino acid sequence of the N-terminal kinase domain of ArSLK with those of SLKs from other species. The Ste20 signature sequence is highlighted and conserved amino acid residues are indicated by asterisks. The black shaded areas represent identical amino acid residues. (B) Analysis of the coiled-coil region of the ArSLK. The probability of formation of a coiled-coil structure was calculated for each residue with a window of 28 amino acids using the ‘COILS’ program. (C) Phylogenetic analysis of the amino acid sequences of SLKs from multiple species. GenBank accession numbers of the sequences used in the amino acid alignment and phylogenetic analysis are as follows: Artemia parthenogenetica, KC818632; Drosophila melanogaster, NP_726441; Aedes aegypti, XP_001649074; Daphnia pulex, EFX76394; Danio rerio, NP_001139073; Homo sapiens, NP_055535; Xenopus laevis, NP_001079164. Cluex quinquefasciatus, XP_001864707; Nasonia vitripennis, XP_001603525; Xenopus troplicalis, NP_001072623; Mus musculus, NP_033315; Schistosoma mansoni, AAN72832; Clonorchis sinensis, GAA30009.
These images are from two very similar projects that I've just helped my friends with. They want to be able to hold bike frames on their alignment tables by the head tube. They both purchased used bench centers, and we had to make bull nose centers for them.
The fit up needed to be very close, so we were working to within a few tenths.
The other complication was that one of the centers on each set was spring loaded and utilized a rack and pinion to withdraw it... so we had to mill those rack gears.
These images are from two very similar projects that I've just helped my friends with. They want to be able to hold bike frames on their alignment tables by the head tube. They both purchased used bench centers, and we had to make bull nose centers for them.
The fit up needed to be very close, so we were working to within a few tenths.
The other complication was that one of the centers on each set was spring loaded and utilized a rack and pinion to withdraw it... so we had to mill those rack gears.
These images are from two very similar projects that I've just helped my friends with. They want to be able to hold bike frames on their alignment tables by the head tube. They both purchased used bench centers, and we had to make bull nose centers for them.
The fit up needed to be very close, so we were working to within a few tenths.
The other complication was that one of the centers on each set was spring loaded and utilized a rack and pinion to withdraw it... so we had to mill those rack gears.
These images are from two very similar projects that I've just helped my friends with. They want to be able to hold bike frames on their alignment tables by the head tube. They both purchased used bench centers, and we had to make bull nose centers for them.
The fit up needed to be very close, so we were working to within a few tenths.
The other complication was that one of the centers on each set was spring loaded and utilized a rack and pinion to withdraw it... so we had to mill those rack gears.
These images are from two very similar projects that I've just helped my friends with. They want to be able to hold bike frames on their alignment tables by the head tube. They both purchased used bench centers, and we had to make bull nose centers for them.
The fit up needed to be very close, so we were working to within a few tenths.
The other complication was that one of the centers on each set was spring loaded and utilized a rack and pinion to withdraw it... so we had to mill those rack gears.
"Three Squares Vertical Diagonal" by G.W. Rickey pivot on their corners, overlooking the Inland Sea.
Whilst I have the rear tub off (yet again!) I've applied filler to improve the panel fit. Previously I had forced the panels to line up by bolting the the rear wheel arch to the rear tub, and forcing the tub to pull out and meet the wheel arch. I decided this may not be a good idea as it may lead to the GRP cracking over time?
The rear edge had to be built up 10mm to fill the gap between the tub and the rear wheel arch.
I thought this was only going to be necessary on the near side, but had forgotten the off side had the same issue.
This is a comparison of PixInsight and Iris alignment.
Alignment of the raw images (no preprocessing).
Top left corner : PixInsight alignment (default parameters), reference image is the image on the bottom left corner, average combination, no rejection, no normalization, no weighting
Top right corner : Iris alignement, global matching (affine transformation), arithmetic addition (normalize if overflow)
Bottom left corner : one raw image of IC1805 (300s Halpha -10°C), image with the best FWHM according to CCD Inspector
Bottom right corner : Iris alignment, global matching (cubic transformation), arithmetic addition (normalize if overflow)