Spiral Roll Apk Download

Hello Mel, thank you for your generosity in sharing this fabulous recipe. The pictures showing the steps to roll the doughs really helps me alot in making these rolls and I love all the stuffed ingredients in the rolls. A five star for this recipe!

I loved these when I made them the first time,and want to serve them for my stitching group. Do you think I can make the rolls ahead of time and bake them the day of serving, or would they need to be prepared the day of?

PS I used leftover bone-in ham and ran ham through the food processor so it was easier to spread on the roll dough.

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I made these to use up some leftover ham. They turned out delicious. I steamed the broccoli for 3 minutes before chopping it for the recipe. This recipe requires extra time for the rolls to rise and preparations, so you have to plan ahead and start early. I served this with your (delious) roasted cauliflower soup, so lots of time spent in the kitchen.

These tasty spirals are my new favorite dinner roll! In addition to their awesome flavor, delicate texture, and cool shape, they are super easy to make. The hardest part about this recipe is waiting for the dough to rise!

Punch down the dough and move to the refrigerator for at least 4 hours to chill the dough before using. This dough can stay in the fridge for up to 5 days. Which is good because you only use 1/2 of the dough recipe for the roll.

Roll out the dough into a rectangle. It will resist and you won't get it to stretch that much. That is okay, we are going to let it rest before we fully roll it out, we are just shaping it into a rectangle.

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Preheat oven to 375. Remove foil, and bake for 20 minutes. Top with remaining cheddar cheese and return to oven for another 5-10 minutes or until light golden-brown and an internal temperature of 190 is reached. If rolls begin to brown too much, tent with foil. Garnish with remaining green onions. Serve with ranch dressing.

Spiral Roll is a fun parkour game. When you open the game, you may think that you are a carpenter, and your job is to carve out exquisite decorations or build wooden houses. But you are not a carpenter, you are a wood destroyer. Your task is to take the small shovel in your hand and destroy the best parts of the wood. The more you destroy, the further the destroyed wood rolls, and the better wood destroyer you become. Try to become the strongest wood destroyer. Come and try it.

We studied the single-arm spiral roll state in the system of Boussinesq fluid confined between nonrotating double concentric spherical boundaries with an opposing temperature gradient previously reported by Zhang et al. [ , Phys. Rev. E 66, 055203(R) (2002)]. It was found that the state exists even in a gap thicker than that used in this previous study, as an autonomously rotating wave solution with a finite constant angular velocity in a nonrotating geometry. We further confirmed that individual spiral roll states bifurcate directly from the static state at a number of intersections of the marginal stability curves. The double convective timescales peculiar to the state may involve global mixing through the entire domain albeit at the onset of convection, where a passive tracer geometrically explores through the entire spherical domain for sufficient time beyond a cell that would be formed by the other highly-symmetric steady states bifurcating at the onset.

Presented is a new logarithmic spiral roll profile for 2-high hot rolling,and successfully establishing the logarithmic spiral roll profile equation.The inherent benefits over traditional sine curve roll profile include control of rolling force and optimization of strip profile.Comparison of rolling force and strip profile produced by logarithmic spiral rollers with that produced using traditional sine curve rollers through three-dimensional finite element simulation also verifies the new roll profile is more prominent in reducing rolling force and optimizing strip profile than traditional sine curve roll profile.

Interpretive Summary: A scientist at the USDA National Soil Dynamics Lab in Auburn, Alabama investigated effects of multiple rolling/crimping operations utilizing different types of experimental rollers (developed at the NSDL) on cereal rye termination, soil compaction and seed cotton yield in a no-till system. Results from the three growing seasons indicated that one week after rolling, the improved 4-stage and 2-stage rollers, rolled cereal rye 3 times, had termination rates above 90% which were similar to chemical application (glyphosate). Overall, rolling cereal rye 2 or 3 times did not cause soil compaction, and soil strength was dependent on gravimetric soil moisture content having lower soil strength at higher gravimetric soil moisture. Results also have showed that soil strength before rolling were higher compared to lower values after rolling and were related to higher soil moisture. During three growing seasons, soil strength after rolling at 0-15 cm depth did not exceed the 2.0 MPa limit for unrestricted root growth. In addition, seed cotton yield was not affected by rolling 2 or 3 times, indicating that multiple rolling did not cause yield decline.

Technical Abstract: Rollers/crimpers have been used to terminate cover crops typically with supplemental herbicide application to speed-up termination. But due to environmental concerns, there is a need to reduce herbicide use. In the Southern USA, the cash crop is planted 21 days after a rolled cover crop reaches more than 90% termination rate which eliminates competition with the cash crop for water and nutrients. A three-year replicated field experiment was initiated in fall of 2014 to determine the effects of recurring rolling by experimental rollers/crimpers in terminating a cereal rye cover crop in central AL and how multiple rolling affected soil strength. Experimental 2-stage, 4-stage, and spiral rollers were tested to roll rye 1, 2, and 3 times. A smooth roller with mounted spray boom applying glyphosate was also evaluated and untreated rye was the control. Rye was terminated at the milk growth stage and was evaluated 7, 14 and 21 days after rolling. At 7 days after rolling, the highest termination was obtained with rolling three times by the 4-stage (96%), 2-stage (92%), spiral roller (81%); rolling once by the smooth roller with glyphosate (94%) compared to the control at 37%. At 14 days after rolling no differences among rollers were found (91% to 98%); the control was 54%. Similarly, at 21 days after rolling no differences were detected among rollers (99% to 100%); the control was 86%. Results have shown that rolling 2 or 3 times compared with one pass rolling did not cause soil compaction. Soil strength did exceed a critical value of 2 MPa to restrict root penetration at the 15 cm deep root zone and was solely related to decrease in gravimetric soil moisture content (GMC). In addition, over three growing seasons, the seed cotton yield was not affected by rolling treatments producing the average yield of 3601 kg ha-1.

Interpretive Summary: United States producers are always looking for improved methods to manage cover crops in no -till system. Roller/crimpers are still being adopted by farmers to terminate cover crops without herbicides. Three roller types were evaluated on a rye cover crop and compared to non-rolled and rolled with glyphosate application. To increase rye termination, rolling was done one, two and three times over the same cover crop area. Results indicate that rolling more than once, vastly increased rye termination rates. Patented multiple stage rollers (2-stage and 4-stage) making 3 passes over the same area consistently had termination rates of 90% or greater just 7 days after rolling which is the same as the supplemental glyphosate treatment. All rolled rye residue showed an increase in soil moisture content compared to non-rolled rye illustrating the benefits of moisture preservation which is crucial during planting season. Cotton emergence and yield were not affected by rolling treatments in any of the growing seasons. Overall, using rollers/crimpers for cover crop management preserved soil moisture and are proven as effective as commercial herbicides in terminating a rye and planting cotton directly into desiccated rye residue.

Technical Abstract: Roller/crimpers have been used to terminate cover crops typically with supplemental herbicide application to speed-up termination. Due to environmental concerns, there is a need to reduce herbicide use. In the Southern USA, the cash crop is planted approximately 3 weeks after rolling when the cover crop reaches more than 90% termination rate which reduces competition for water and nutrients. A replicated 3-year field experiment was initiated in 2015 to determine the effectiveness of different roller/crimpers in terminating a cereal rye cover crop in central AL, USA. Experimental 2-stage, 4-stage, and spiral rollers were tested to roll rye 1, 2, and 3 times. A smooth roller with spraying boom using glyphosate was also evaluated, and untreated rye was the control. Rye was terminated at the milk growth stage and was evaluated 7, 14 and 21 days after rolling. At 7 days after rolling, the highest termination was obtained by the 4-stage (94%) rolled 3 times, 2-stage (91%) rolled 3 times, smooth roller with glyphosate (90%) and smooth roller rolled 3 times (89%). The spiral roller generated termination from 81% to 86%; the control was 40%. At 14 days after rolling no differences among rollers were found (95% to 97%); the control was 49%. Similarly, at 21 days after rolling no differences were detected among rollers (99% to 100%); the control was 88%. Rolled rye residue had higher volumetric soil moisture content compared with untreated control. During the experiment, rolling treatments had an effect on cotton emergence rate index only in 2015, but not in 2016 and 2017 growing seasons. Consistently in each growing season, cotton population and the seed cotton yield were not affected by rolling treatments. 17dc91bb1f